52H06SWOO28 2.15559 WABIKON LAKE 010

St F ;; 6 •'•M.MINING Lt

NORANDA EXPLORATION COMPANY. LIMITED

REPORT ON GEOPHYSICAL SURVEYS

WHISTLE LAKE PROPERTY

EAST WHISTLE GRID

N.T.S. 52 H/6

WEST PRECAMBRIAN DISTRICT

PROJECT NO. 307 THUNDER BAY ONTARIO JULY. 1994

AL SMITHPROJECT GEOLOGIST

ROGER SHARPESENIOR GEOPHYSICIST

S2H06SWOQ28 2 15559 WABIKON IM(E

01OCTable of

1.0 INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

2.0 LOCATION AND ACCESS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

3.0 PROPERTY DESCRIPTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

4.0 EXPLORATION HISTORY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

5.0 GEOLOGY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . 3

6.0 GRID PREPARATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

7.0 GEOPHYSICAL SURVEYS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47.1 Survey Statistics ... . .. ... . . ... . . . . .. . . . ... . . . ... . ... .... . ... .. . 47.2 Instrumentation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . 4

8.0 INTERPRETATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78.1 HLEM Survey . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78.2 DEEPEM Survey . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

9.0 CONCLUSIONS AND RECOMMENDATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

LIST OF ATTACHMENTS

Figure 1 Location MapFigure 2a Claim Location MapFigure 2b Grid Location MapFigure 3 Magnetic Survey Map (Total Field Contours)Figure 4 HLEM Survey Profiles 440 HzFigure 5 HLEM Survey Profiles 1760 HzFigure 6 DEEPEM Survey - Z componentFigure 7 DEEPEM Survey - X component

List of Appendices

Scale

1:1,000.0001:50,0001:50.0001:5.0001:5.0001:5.0001:50001:5000

Appendix l Appendix II Appendix III

List of Personnel References DEEPEM Data

1.0 INTRODUCTION

Geophysical surveys completed on the East Whistle grid during 1994 include HLEM, magnetometer and pulse EM (DEEPEM). The surveying was completed to further define an AEM conductor detected during a 1989 Questor survey flown for Cumberland Resources Ltd.

A new grid known as the East Whistle grid (10.3 km) was cut in July to allow ground surveying of the deep AEM anomaly. The East Whistle grid is located 500m southeast of the main Whistle Lake grid, to which it is connected with a tieline.

This work report describes DEEPEM, HLEM and magnetometer surveys completed on the East Whistle grid.

2.0 LOCATION AND ACCESS

The Whistle Lake property is situated approximately 90 kilometers north of Thunder Bay (Figure 1). The eastern part of the property is cut by Highway 527.

The property may be reached by travelling east from Thunder Bay on Highway 11/17 to Highway 527, and then by travelling 106 km north on Highway 527 to the Sauerbrei Road. The Sauerbrei forest road is then travelled west from the highway for 4 km to a series of old logging roads which extend northward to the Whistle Lake grid. These old logging roads provide good access for 4WD Quads (and snowmachines) to most of the grid.

3.0 PROPERTY DESCRIPTION

The Whistle Lake property comprises a total of 107 claims (117 claim units or 1872 hectares). The claims occur in the north central part of the Wabikon Lake map sheet G-773, and comprise a block extending approximately 6 km east-west (Figure 2a).

The claim numbers along with recording dates and due dates are listed on Table 1.

The registered owner of the claims is Noranda Exploration Company, Ltd. The property was optioned in late 1993 from Cumberland Resources Ltd. by Noranda Exploration Co. Ltd., which has the option to earn 50% interest in the property by making scheduled payments and incurring certain exploration expenditures over a four year period.

4.0 EXPLORATION HISTORY

Mineral exploration has been documented in the Whistle Lake area as early as the 1940's. Exploration activity was however more active following the construction of Highway 527 in the 1960*8.

FIGURE 1

LOCATION

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Previous exploration activity within the area of the present property is listed below in chronological order.

1. 1965 - Steep Rock Iron Mines Limited completed mag, geology, and soil sampling surveys on their optioned Armstrong property, located east off Nault Lake.

2. 1973 - Mineral Resources International Limited and Clarke Noyes drilled one hole (83.8m) to test a geophysical conductor outlined in the southwest part off the present property. Prior to drilling, trenching and blasting had exposed massive sulphide mineralization.

3. 1974 - Hanna Mining Company completed 4 drill notes (167m) to test geophysical conductors on their Highway property, situated in the north central to north eastern parts off the present property.

4. 1975 - Phelps Dodge completed 4 drill holes (177.4m) to test various EM anomalies. Two off these hole. 150-1 and 150-2, are located in the central and eastern parts off the current Whistle Lake property, respectively. A 1.5 m interval in note 15O-1 returned 0.11 % Zn, white a 3 m interval in note 150-2 returned Q.76% Zn.

5. 1980 - Amoco Canada Petroleum Company Limited drilled 4 holes (331.3m) within a zone off EM conductors located near the north boundary of the present property. These holes encountered both massive sulphides and graphitic sediments, with a number of anomalous Cu and Zn values.

6. 1982 - Bill Hayne completed physical work on the Nault Property, which borders the southeast part of the Whistle Lake property.

7. 1989 - Cumberland Resources Ltd. contracted Questor Surveys Ltd. to complete a fixed wing INPUT MARK VI ABEM survey over their entire Whistle Lake Property. The western half of the Cumberland property comprises the property currently under option.

8. 1990 - MingokJ optioned the Nault property and completed geological, VLF-EM. and magnetometer surveys, and 6 diamond drill holes (592.5m). The target for this work was Au mineralization.

9. 1993 - Cumberland Resources Ltd. had a grid established to cover significant ABEM conductors outlined by the 1989 survey. A program off geological mapping, lithogeochemical sampling, VLF-EM and magnetometer surveying, and trenching was completed (Leahey, 1993).

10. 1993 - Cumberland Resources Limited optioned the west part off their Whistle Lake property to Noranda Exploration Company, Limited.

Previous geological mapping in the area has been completed by the Ontario Geological Survey (ODM) in 1923 and 1964. and by the Canadian Pacific Railway Company in 1960 (Milne, 1964).

TABLE!

CLAM NUMBERS

TB 1083004 -108301 3

TB 1083015-1083023

TB 1O83O25 - 1O83O32

TB 1083393

TB 1083479

TB 1083481 - 1O83490

TB 1085010 - 1085022

TB 1085025 - 1O85033

TB 1085036 - 1O85039

TB 1O92617 - 1O92622

TB 1O92642 - 1O92653

TB 1O92655 - 1O92661

TB 1O9268O - 1O92693

TB 1O92696

TB 1195811

TB 1195812

TOTAL

TOTAL* CLAM!

10

9

8

1

1

10

13

9

4

6

12

7

14

1

1

1

107

TOTAL* UNTO

10

9

8

1

1

10

13

9

4

6

12

7

14

1

4

8

117

RECORDMODATE

09/12/88

09/12/88

09/12/88

10/31/88

10/25/88

10/25/88

10/31/88

10/31/88

10/31/88

1O/31/88

1O/31/88

10/31/88

10/31/88

1O/31/88

O8/11/92

08/11/92

5.0 GEOLOGY

The Whistle Lake property is situated in the eastern end of the Archean Wabigoon subprovince in the Bo Lake - Heaven Lake greenstone belt. The property is underlain by Archean metavolcanic and metasedimentary rocks which

strike generally east - west and dip from 60 to 85 degrees north.

Felsic volcanics dominate in the south and central parts of the property, and include lapilli tuff, quartz-eye crystal tuff, and ash tuff. This sequence is overlain by a cherty exhalite horizon with massive to stringer sulphide occurrences. North of and stratigraphically above this, metasediments and mafic volcanics occur. A subvolcanic QFP sill intrudes the sequence in the south east part of the property.

Archean rocks over a large part of the property are obscured by a thin cover of Proterozoic rocks, which are outliers to the Nipigon Basin Proterozoic sequence to the east. These rocks include flat-lying to gently dipping diabase sheets (sills) and minor argillite and greywacke units.

6.0 GRID PREPARATION

A total of 10.3 line km of grid was cut by Northwest Geophysics Ltd. between July 11-16, 1994. This grid consists of a 1.5 km tie line oriented east-west extending east from L3000E at 300N on the main Whistle grid. Grid lines spaced 100m apart extend from 3500E to 45OOE and extend south from the tie line for 800m.

Following completion of HLEM and magnetometer surveying, the grid was extended to the east to facilitate the pulse EM survey. A tieHne was cut at 400S between L4500E and 4700E, and 500 meter long grid lines were cut at 4600E and 4700E extending to 100N. This grid extension was cut by the Noranda Exploration Company, Limited geophysics crew.

7.0 GEOPHYSICAL SURVEYS

7.1 Survey Statistics

The surveys were carried out by Noranda Exploration Company, Limited employees during July 1994, (see Table H).

Initial data collection comprised 200m coil separation HLEM and a magnetic survey. Magnetic data were not collected on the western two lines (3500E and 36OOE) due to high magnetic diurnal variation and time constraints.

A surface pulse EM (DEEPEM) survey was completed immediately following the HLEM/Mag survey to increase the resolution of a deep HLEM conductor outlined by the inrtal survey.

TABLE II - SURVEY STATISTICS

GRD

East Whistle

East Whistle

East Whistle

SURVEY TYPE

2OOmHLEM

Magnetic*

Pulse EM (DEEPEM)

UNES SURVEYED

11

11

11

UNE M.OMETERS

8.35

7.06

5.08

OATES

July 13-18. 1994

July 18. 1994

July 19-26. 1994

7.2 Instrumentation

Magnetic: A Scintrex IGS proton precession magnetometer system was used. Total magnetic field readings are taken with a precision of 0.2 nT or Gammas, although the accuracy is generally t 5 nT. Readings are corrected for diurnal variations using an identical recording unit set up as a base station in a non-anomalous area. Base station readings are taken every 30 seconds unless large or rapid variations are anticipated, in which case readings are taken more frequently.

For this survey base station readings were taken at a 30 second interval. Survey readings were recorded at 12.5 meter intervals along the line.

HLEM: An Apex Parametrics MaxMin l horizontal loop electromagnetic unit was used. In-phase and quadrature readings are measured as a percentage of the primary transmitted field. The readings represent characteristics of the secondary induced field. They are recorded at a phase separation of 90 degrees to provide maximum information. The readings are normalized to the primary field using a cable which connects the transmitter to the receiver. Readings can be read to 0.2 percent although they are usually only accurate to 1 percent.

For this survey readings were taken at a 25 meter interval along the line. A col separation of 200 meters was used. Readings were recorded at frequencies of 1760 and 440 hertz.

THE LARGE LOOP PROFILING PULSE ELECTROMAGNETIC (DEEPEM) SURVEY TECHNIQUE;

Theory;

Current flowing through a continuous wire loop will generate an electromagnetic field that is commonly referred to as the primary field. This field will generate current flow in conductive material within the area of influence of that loop. The currents flowing in the conductive material will generate their own electromagnetic fields and these are commonly referred to as the secondary fields. The secondary fields can be used to provide information about the location, size, conductivity and orientation of the conductive material.

Using the pulse or time domain electromagnetic (PEM or TDEM) survey technique secondary fields are measured in the absence of primary fields. This is accomplished by shutting off the primary field at regular intervals (typically measured in milliseconds). The secondary field strength is then measured with a receiving coil at selected times {typically measured in microseconds) after the primary shut-off. The decay rate and initial amplitude of the primary field provide information about the quality and proximity (conductivity and depth) of the conductor. To establish location, size and orientation of the conductor orthogonal components of the secondary field can be measured (X. Y and Z), and the secondary field can be measured at different spatial locations (station locations along a given grid line, and on different grid fines).

Instrumentation;

A Crone Datalogger 8 channel PEM receiver was used with a Crone 2000 Watt PEM transmitter and a Honda 2 kW motor generator. The vertical or "Z" component in-plane perpendicular or "X" components of the secondary field were measured using the standard Crone receiving coil.

The transmitter has a peak output current capability of 20 Amps, but smaller currents are generally used. Two current on times (10.8 and 21.6 ms), and 3 current shut off ramps (0.5,1 and 1.5 msec) are available.

The Receiver has the following channel specifications fisted in tables 3 and 4:

Table 3: 10.87 ms Time Base

CHANNEL

PP

1

2

3

4

5

6

7

8

MUDPOMT

-50

150

3OO

550

900

1450

24OO

4000

640O

VMDTHImicraMcanM

100

1OO

20O

300

400

700

12OO

200O

280O

GAM

1

1

1.39

1.93

2.68

3.73

5.18

7.2

1O

Table 4: 21.6 ms Time Base

CHANNEL

PP

1

2

3

4

5

6

7

8

MUDPOMTImteroMcondBl

-100

300

600

11OO

1800

290O

48OO

8OOO

12.800

VMDTH( mlrrnmm ruuutai nvGwwwonovf

200

200

400

600

800

1400

2400

400O

5600

OAK

1

1

1.39

1.93

2.68

3.73

5.18

7.2

1O

The standard receiver coil (antenna) consists of a ferrite cored copper wire coil with a preamplifier that provides 20 dB of amplification.

Synchronization between the transmitter and receiver occurs via radio or cable fink. In this case all synchronization occurred through a radio link. Sensitivity is adjusted using a ten turn potentiometer mounted on the face of the instrument. Our usual survey procedures employ a constant gain setting of 800, a 21.6 msec time base and a 1 msec shut off ramp. The actual values used are recorded on the final plots.

6

Conventions and Assumptions:

1) The primary field inside the loop is positive, outside the loop it is negative.

2) There is no secondary influence on the primary field.

Survey Specifications:

The survey was performed during July of 1994 by Jonathan Maclsaac and Craig Ritchie of Noranda Exploration. Survey readings were collected at 25 meter intervals along cut and picketed grid lines spaced 100 meters apart. A current 3.5 amps was maintained in the transmitter loop.

The transmitter loop was positioned up-dip (to the south of) the HLEM conductor axis. The dimensions of this loop were 1000m x 800m (Figure 6).

8.0 INTERPRETATION

8.1 HLEM Survey

A conductor was identified from SOS on line 3600E to 1 DOS on line 45OOE (Figures 4, 5). The strongest response is located at 125S on line 4300E. The conductor exhibits no obvious magnetic correlation (Figure 3).

Large loop pulse EM was recommended to improve positioning accuracy and our knowledge of conductor variation along strike. The current interpretation is that the conductor is most shallow on lines 4200E through 4500E, but it may widen on lines 4000E through 4200E.

8.2 DEEPEM

The DEEPEM data correlates very well with the HLEM data. The conductor is indicated as being most shallow on line 4300E, and the depth is 75-150m, which is within the range of the depth of 120m calculated from the HLEM. The advantage of the DEEPEM data is that the conductor is now very well spatially resolved. A north dip is dearly defined and a strike length of at least 500m is indicated (Figures 6,7). While the highest absolute conductivity is best on line 4300E, the decay characteristics indicate that 4200E may be closer to the center of the conductor.

Depths and conductivities indicated by the DEEPEM survey are listed on Table 5. Raw DEEPEM data are given in Appendix III.

Table 5 - DEEPEM Interpretation

3900E

4000E

41OOE

42006

43OOE

440OE

45OOE

STATION

125S

130S

150S

140S

13OS

12OS

12OS

DEPTH Iml

7

7

125-225

100-175

75-150

10O-17S

7

CONDUCTIVITY

7

11-45

21 -SO

20-46

14-55

15-48

7

9.0 CONCLUSIONS AND RECOMMENDATIONS

A deep conductor (depth :*120m) was detected by 200m HLEM surveying during ground follow-up of a weak AEM anomaly. A DEEPEM survey further resolved the location and along strike variation of the conductor. DEEPEM data indicate a north-dipping, > 500m strike length conductor with conductivities reaching 55S. The depths appear moderate and range from 100-250m.

A single drill hole is recommended to test the conductor. The decay characteristics of the DEEPEM data indicate the center of the conductor lies on L4200E, which is the best location for drill testing.

The conductor represents an attractive target for VMS mineralization, as it occurs along strike to the east of a hydrothermally-altered (Na,0-depleted) felsic volcanic sequence.

Respectfully submitted,

NORANDA EXPLORATION COMPANY, LIMITED (NftPersonaMJabiity)

Al Smith Project G

Thunder Bay, Ontario July, 1994

Roger Sharpe Senior Geophysicist West Precambrian District

8

APPENDIX l

UST OF PERSONNEL

The following is a list of Noranda personnel who supervised work on the Whistle Lake property.

Name Position Address

A. Smith Project Geologist 960 ABoy Drive. T. Bay. ONR. Sharpe Senior Geophysicist 960 ABoy Drive. T. Bay. ONJ. Maclsaac Field Supervisor 960 ABoy Drive. T. Bay. ONC. Ritchie Reldperson 960 ABoy Drive. T. Bay. ONM. Maclsaac Reldperson 960 ABoy Drive. T. Bay. ON

The following contractors completed work on the Whistle Lake property.

Name Address Work Type

Northwest Geophysics Ltd. Thunder Bay, ON Grid cutting

APPENDIX II

REFERENCES

Leahey, M.W., 1993a: Summary Report - 1993 Reconnaissance Geology, Whistle Lake Property of Cumberland Resources Ltd.; Assessment Files, MNDM, Thunder Bay.

Leahey, M.W., 1993b: Geotogy of the Whistle Lake Grid. Whistle Lake Property of Cumberland Resources Ltd.; Assessment Files. MNDM, Thunder Bay.

Milne, V.G.; 1964: Garden Lake Area; Ontario Department of Mines Geological Report No. 24. 21 p.

Smith, A.S. and Sharpe, R., 1994; Report on Geophysical Surveys, Whistle Lake Property. Internal Company Report.

APPENDIX III

DEEPEN DATA

X -COMPONENT

Lira SUUon

3700 -2503700 -2253700 -2003700 -1753700 -1503700 -1253700 -1003700 -753700 -503700 -253700 03700 253700 SO3700 753800 -3503800 -3253800 -3003800 -2753800 -2503800 -2253800 -2003800 -1753800 -1503800 -1253800 -1003800 -753800 -SO3800 -253800 03800 253800 503800 753900 -3503800 -3253800 -3003800 -2753900 -2503900 -2253900 -2003900 -1753900 -1503900 -1253900 -1003900 -753900 -503900 -253900 03900 253900 503900 753900 1004000 -3504000 -3254000 -3004000 -275

-250-225-200-175-150-125-100-75-60-25025SO75

-360-325-300-275-250-225-200-175-150-125-100-75-50-250255075

-350-325-300-275-250-225-200-175-150-125-100-75-50-250255075100-350-325-300-275

91se41-1064-3-6-43-12-20-15-18-176434703022451951164427-4

-17-29-22-5-25-14-18-10-1076048434415862489544-5-1

-14-24-27-16-15-13-8-10-7

187314164126

6.610.610.610.615.615519518*18

17517.112.411.664639.89.111.111412.115.117.419.520218.419420.821

13514.714.610.6

5828211413417.819.623.626.727

26421.121

17.116512412.61174738212.714.3

CtlMMMl2

5.68.15.67.69.411.11151151151251158.66.7543.15452556.4759.79411.612413512

12512210.19.18.56.11.7424.7658

9.61Z114.316.416515216.115.6125122928545453.4356.78.1

ClunmU

3252555.7659.110.19.48410485755.45

1.4654.44.6526.1657.49.41041010

10.195829.47

5504253

525.5729210

12.112413

12.41Z1104118

6.864

25224454

ChmmU2.62.95

55625.195657.77.46.7555.44.42.15.60.63

426.75.54.8648.79.16.77510.375726.64.8

12.63.44.14.9345.57

959410.195104

910.47.76.7523.93.4154.15

Channel f

1.74.4326

6.595657

6.6745454543222552

2.14.445354555755575658

656245se0.9321535324.66.15.18.16.67.7928

8595654,7453525153535

Ctenmie2.1Z1243

3.75.134446

654445

125155422021.735323.4425.34.434554.45

3.75.3350.6251.62.6144.32.7455455626.6546.47545653.1351.4042.725

ChMiMir

151.7

12.825444

345541425141.1154515-051.4152.43.4254.435253535352.124152

2.4Z12.50.73.1342.43.44224654

3.6343.12.41.724121.425-05

Chmntia Gain

1.41

-052

242

451415Z42.424

104051510

1.1240.70.71.63

3.705Z3141.7241.412-1.32.3151.7-040.115122.114123.7311

12140.10.3150.50.7-0.1

800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800

Una SUtfon

4000 -2504000 -2254000 -2004000 -1754000 -1504000 -1254000 -1004000 -754000 -504000 -254000 04000 254000 SO4000 754100 -3754100 -3504100 -3254100 -3004100 -2754100 -2504100 -2254100 -2004100 -1754100 -1504100 -1254100 -1004100 -754100 -504100 -254100 04100 254200 -3754200 -3504200 -3254200 -3004200 -2754200 -2504200 -2254200 -2004200 -1754200 -ISO4200 -1254200 -1004200 -754200 -504200 -254200 04200 254300 -3754300 -3504300 -3254300 -3004300 -2754300 -2504300 -2254300 -200

-250-225.200-175-150-125-100-7540-25025SO75

-375-350-325-300-275-250-225-200-175-150-125-100-75-50-25025

-375-350-325-300-275-250-225-200-175-150-125-100-75-50-25025

-375-350-325-300-275-250-225-200

574129133317-202-6-2-41-3-3

94166936924412210518402-3-16-7

-21-21-16-25-256277104522571599232-42-86-94-66-67-69-61-64-45-43-740-452-224-201-175-120-153-160

20.623.73023343Z73Z129.125.423421.118413410.410.4849.612

15419.426

34.741.444.545,744438.733427.119.414.71046.410.41Z615.421427433

41448454253.146440.731.119210.654Z7Z19.710.115.618429435.7

auimelZ (12214418220.320.119420418217214213.18

6.4542432548.411415421.126.129.530.430.625.72Z417.611.484620.7345.68.111.617421

26234.438.637235429421.813.36.8

1-02-046.36.18.610.718224

:hannat3 t8.710212414414114415414113.71Z111274525.614243.76.68,411415.71842122Z62Z819418.314410.6826.30.6Z134548.613415.620.42529

28427.123.718412641.7-04-0.64.6326.87.713.717.1

nianmU (7.68

10211411

11.11Z711211.46494645.4521.71.62452648.411.413.416.118.118415.414.6129.37.66

021.8Z74.6641Z41Z316.31942342Z422319.415.611472Z40.1-22543

5.15494144

^ jiiiigj Bfftvnnvi v

54646.79492929.7941028.1746452342

243O64729.610413

1241441121149.7647

5.40.62434446

1Z610

13.517218418419.1164114107

Z8-0.6-0.134Z754548.610.7

Channel C t44425

6.772626.47474546.43.73.4Z1141.1Z632344

6.189

10.610482748.4544.65404222

3.54.41Z6729.611.614

12413410.710744.6242

-Z71.6243.74.65.462

Ehannel7 4

3.124S

5.13.734526

52343.1342.124-040.7

1141.44.14.76454727.14.752444.1244

041.40.6243.713.744648

84849.48.7726224Z102-1.104044.71.7Z654

Channel

220.54

Z114343

32Z1341.43.614Z7-040.60.41.6143.61.64.1Z74.53.6Z51.7343.3Z6Z6-0.11.80.50.5Z514.13.33.6325.544474.33.63.1

1Z304-22

1Z55.83.1-1434

1 Gain

800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800800

LJm Sutton

4300 -1754300 -1504300 -1254300 -1004300 -754300 -SO4300 -254300 04300 2543m 504300 754300 1004400 -3504400 -3254400 -3004400 -27544m -2504400 -2254400 -2004400 -1754400 -1504400 -1254400 -1004400 -754400 -SO4400 -254400 04400 254400 SO4400 754500 -3754500 -3504500 -3254500 -3004500 -2754500 -2504500 -2254500 -2004500 -1754500 -1504500 -1254500 -1004500 -754500 -504500 -254500 04500 254500 504500 754500 1004600 -3754600 -3504600 -3254600 -3004600 -2754600 -250

Sutton Primary Pub* CtumtM-175-ISO-125-100-75-SO-25025SO75100-350-325-300-275-250 225-200-175-150-125-100-75-SO-250255075

-375-350-325-300-275-250-225-200-175-150-125-100-75-90-25025SO75100-375-350-325-300-275-250

-131-153-ISO-148-138-123-104-86-75 68-75-80

-1243-692-824-666-433-307-246-222-187-201-193-200-192-187-170-152-143-123-1197-1192-1127-793-574-387-285-197-210 225-223-211-204-238-223-198-182-157-132-111

-1186-1186-845-506 500-362

45.758462455.641430.71449404-44-5.1

-10.1 042.1448.612418426

35.443451.650.741.732418211.77.66

-6.4-2414347410.113.116.319.824423.626427.122428.723418416.48.74.73212345.1548482

ChamtlZ33.640443439229422

1226.40.1 6

-64-10.1-04042.45.47.712.717224.130435.635.42942441145.82.12.7-740.63.42434547.610.613.716417418.422418420.616412211.14441.6

12.3143.64.76

ChamaU23431437

30.725419

10.44404 44-54244-0.1144.1549213.417.623.326.827.623.620.111263424-6.31.7-0.6222.15.36.67.39.713.713.814416415.616.414.29462320.7240.8043.1323244

ChanmU

19.123.426.525

184174125424-24-3.4-7.1-0.1

1244.1447.61041Z717.720.619.719.617.1112

75.14.3-2.43.41.4144

3.44.662749.510.712.714413

13412.48.4823.114220.81.714243444

Chanmlt14.11820

18418148.754414-14-3.4-540.12.12.13.152648411.713215418414.514210.67.15

44-241414242224345

747

9410

10410u611412.17.4722.31.6242.4141.72.6143.1

Chant*!*104134124144124104524.4

1 Z7-34-4.70

0414243.1425.48

941141241149.17.44.73.42.7-2.62

1.31

2.42.12.13.8326.144547.4728.4845.13.52

4.60.42.10.71.7440.712

chanmir524.45.48472347140.4-1.4-24-2404141

1.724244.15.7646.75.76.1744.7342.12.14.1140.11434121.73234143.75.18452527.4422.40.70214124204044.104

ChMMll

2444S

4.6121.43402-1-1

-22 244.4040.14.1

1121.614343.8323.93

2.714140.70200

04040.144040414044.72.43.73.15.32.40.6020.10.6-1

-12040

4.64.6

1 Gain

araaraawawanawawawawawawanawawawawawawawaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraaraara

Z-COMPONENT

Una Sutton Sutton Primary Puta

4600 -2254800 -2004000 -1754600 -1504800 -1254800 -1004600 -754800 -SO4600 -254600 04600 254800 SO4600 754800 1004700 -3754700 -3504700 -3254700 -3004700 -2754700 -2504700 -2004700 -1754700 -1504700 -1254700 -1004700 -754700 -SO4700 -254700 04700 254700 504700 753700 -2503700 -2253700 -2003700 -1753700 -ISO3700 -1253700 -1003700 -753700 -SO3700 -253700 O3700 253700 503700 753800 -3503800 -3253800 -3003800 -2753800 -2503800 -2253800 -2003800 -1753800 -ISO3800 -125

-225 200-175-ISO-125-100-75-60-25025SO75100-375-350-325-300-275-250-200-175-ISO-125-100-75-50-250255075

-250-225-200-175-ISO-125-100-75-SO-250255075

-350-325 300-275-250-225-200-175-ISO-125

-346-352-356-305-295

0-208-180

-1-ISO-136-111-87-77

-1258-1255-613 580-400-466 330-269-282-240-174-174-151-126-94-99-89-74

12151220121911129858697686816105464884213853591215121712171218121812191219121911871035

11512513218517.617.7154123831351027.61.7852.4333252S36.16.68.410311.1838.77.7728.6728.175

-22.4-24.1-23.8-202-232-21.8-19.4-17.1-14.7-115-105-64-4.5 5.4-12.4-192-215-242-24.4-25.3-243-25.6-215-19.6

Channel 2

6.76510

11511212.412.71056.4957234-0.44.62153.425242.7555.66.45.8546252446

52454.7

-125-133-13

-115-125-11.4 9.5-7.4-54 35-2.1-0.4020.7

-11.6-133-13.6-134-14.5-13.8-13.6-13.6-12

-10.1

ChannaM557.77.49

958510.1102S3745432-1320515142532353.742

5.84,7454

3.64.43

3233-8

-7.6-75-75-7

-65 5.4-2.7-32-0.1O.72

153.1-7.1-85-83-8.4-aa-as-7.9-8.6-73-5.6

Channel 452454,77.4639

73854,4734423-1.73

0.4221.62.122254.13

534

344.5273.43.6252.12.6-5.6-5.8 55-55-5

-4.3-3.4-05-1.105222.1233.6-44-6.4-5.4-5.6-6

-S3-5.4-5.5-5

-3.7

Channel C3

345.462757.75553364

23-152

2214131.7242

2.13.63542334

242.63.115Z12.4-35 3.7-3.4-23-2.5-2.6-1.7-02-0.41.6323.4433.6 32-4

3.5-3.7-43-3.6-3.4-3,7-3

-2.1

Channel*32333.1453

453.74.4335.13.71.40.41.72.71.70214122

2.727152.41.72.72A1.733

1221.7-32-3

2.7 2.7-15-3

-050512230.63.73.423-2

-22-2.1-2.4-22-15-15-2.4-15-1.4

Channel?0215252.725232.415-0.7452.11.40.11322130.1-05121.12.71402250.4270.7121.50.10505-1

-02-15-0.4-02-0.7-0.7032

220.413122.6-0.7-05-1

-05-15-04-05-1.10.1-05

CtlMMMl 8 Oflta

02 021524150.415350525 05

1-12040.113-1.6 0.61503-021.1 0.60.8-0.82501

030.4-0.7-1.8-020.4 050.70.6-1.5150

-0.31.60.4215

1.8-0.6 0.8-0.6-02-1

-02-O50.4-0.403

800800800800800800800800800800800800800800800800800800800800800800800600800800800800800800800800800800800800600800800800800800800800800800800800800800800800800800800800

Una sutton41004100410041004100410042004200420042004200420042004200420042004200420042004200420042004200430043004300430043004300430043004300430043004300430043004300430043004300430043004400440044004400440044004400440044004400440044004400

-100-7540-25025

475450425400-275-250-225-200-175-150-125-100-7540-25025

-375-350-325-300-275-250-225-200-175-ISO-125-100-7540-250255075100-350 325-300-275-250 225-200-175-ISO-125-100-7540

Station Primary Pulse ChanmM Channel 2 Channels-100-7540-25025

475450425400 275-250 225-200-175-150-125-100-7540-25025

475-350425400-275-250-225-200-175-ISO-125-100-7540-250255075100460-325-300-275-250-225-200-175-ISO-125-100-7540

111196885175766459612101210121012101210121012101210121012101206110998084073466556211471148114811481146114811481149114911491148109798082571263255749644338812061207120712081207120612061206120612051151967862

6*14.717519.418416415*44-21*-285434444442414-244-1330412523.429

29527425.731.1-74-224-27.6-33.1484-39* 39.6425-19.4 4217.426434532430.726.622918

1&210.6-24-13

-215-27

-30.744.441*-25.7-14*4213.720*

10215517519419.418.7-1O-184 215-224-24.1-234-225-19*-144425

15.624429

29428427.6-12*-192-24.6-22

-244-262-25.4-25.1-19*4234

20.129.73434

33.4284254214184444244-134-17.7-19.1-204-192-1O4*4.615.422

813214

16.116.716.44-12

-14.4-14*-162-16.1-14*-13544-295.413220524.725*2522554*-124-175-14.7-15*-175-16*-16.7-12*4.13.716.724.628430.629.727.125

21.719542 3.7

4*4

-112-121-13.4-1224445.1132185

Channel 45*11.111

1341341344444-10.4-10.4-11.1-112-10544-7

-1.74.611

16520422522

21.44.445-13*-10.4-11.7-127-123-1246-343413.719.623.826226524422520.41844.6 3.7-4.44546444-744.7-1.64.194142

Channel 15.1109210.611.7114-4.141-7.7-74444

-74444

4.748414,117.617419.11844

-7.7-10.74.1484442444.7-213.1

. 10.616.119.622.422421419.417415.7-42-3.8

4*4.3444*42454.6443.47.4115

Channel 83.68*657.7848.442-4.14.1424.7444.1-44440.13.16.610.412613.41351354.1-4*454.64.4444242-45-1.6227.412715*17

16.716

14.613*12

-24-24424.844-454.1-4

-254.1244.674

Channel 7

2464425.15252-1.1-2

4.1454

4.442-2*-2145245264828,699

44-1.6-42-274442-26-42-2*-1.71.7447*11410*10.710.18.6957444-1.4-1.7-24-244

-2*-21-150143.44

Channels Oain|

0.64.6243

24254*-12-21-14-1*-2

-24-1544440*264

453*554*4.14*-1*-21-1*-1.44.745-12-15143.452656.76.7536.16.1444*-12-12-24-24-1*-1.6-22-1.4444.1

121

8001800800800800800800800800800800800 1wv i

aoo800800800800800800800800800OUW I

800 1800 l800600800800800aooaoo800800800800BOOaoo800800aooaooaoo800800

aoo800800600800800800800800800800800

Line Sutton4400 -254400 04400 254400 SO4400 754500 -3754600 -3504500 -3254500 -3004500 -2754500 -2504500 -2254500 -2004500 -1754500 -1504500 -1254500 -1004500 -754500 -504500 -254500 04500 254500 504500 754500 1004600 -3754800 -3504600 -3254800 -3004600 -2754600 -2504600 -2254800 -2004600 -1754800 -1504800 -1254800 -1004800 -754600 -504600 -254800 04800 254600 SO4800 754600 1004700 -3754700 -3604700 -3254700 -3004700 -2754700 -2504700 -2004700 -1754700 -1504700 -1254700 -100

Sutton Pi-25025SO75

375-350-325-300-275-250-225-200-175-150-125-100-75-50-25025SO75100475 350-325-300-275-250-225-200-175-150-125-100-75-50-25025SO75100-375-350-325-300-275-250-200-175-150-125-100

flnteWy Putac

7556685905264431164115411531152115211521151115111511149112695583875667659753948440338511471147114711471148114711471146114510899348216806075385114624223853611216121611861216121511451047921789701586

Channel 1 t23.622

185154102429-14

-16.1-21.7-244-27.7-274-29

272-214-204-13542411416-5.6-63•6

•4.7-4.69.4

-124-17.1-20

-224-224-24.1-204-212-244-223-204-15.7-123-104-14.4-121-125-123-134-92-15.5-13.6-175-154-175-174-21.6-19.7-225-152

aianneia t25424.622119416.4417-127-164-164-16.7-17.7-174-175-15.4-13.1-11.141.6-4

-140.4

1152

1404-74•9.6-112-126-132-129-13.6-126-125-13.4-11.6-105-74-72417416417-54411-5.6-5.5-as-74-92-9.4-10-10

-11.4-112-115-9.6

MumeM

22422521419517.441441.6-114-104-105-11.4-115-104-104418414 34-1.704223.5454.844

4.3-5.7-72-7.8•9

-744.6411-754*

-744.6416-42-29 32-2

-21-1.6-21-3.4-4.8-44-5.5-5.44.44.6454.74.844

Channel 4

18.31921651641644444.6-7.7-7.4-7.6-7.7-7.6-74-4

-224.6123.44.15.15.74.34.8-3.5 32-4.84.14.74.44.54.742-4.9-4

4.5-29-26-1

-1.1-124.1024.1-21-32-3.6 3.3-344-424.64.34.84.8

Channel C15216.6154165154.4-45444.744454445-4.74.14.1-124.62

4.1325.45.34242-26-1444-4

-4.44.7-45-4

4.4-29-1.7-25-2

-1.64.60.145051.1

1-1.1-14-21-24-14-2644-21-23-25-27

Channel*10411511211.1115-1.7 29-4.745444444-24•2.7-2

41901

24243.4423.63.4-1

-14-28-254.7-2344-24-15-14-1.1-2

-1.8-1

4.10.60.10.4041.10.6-1.104-1

4)4-1.642-1.1-14-1.6-1.7

Channel? i

65646.77.4624.4-15-23-24-26-1.7 2

-1.7-2

-28-1.10

0.7041.727341.821244.14.744-15-23-12-28-144-1.402444.74545024.1040.50.51.44)40.4•0.40.14.84.6-1203-10

"jftMMM

34443234354.4-15-14-14-12-1.4-1.74X74.6-14-144X1

. 1.144120.70.402041.1

14.144-15-2544-1.64.8-12-1.4444.6054.74.64.44X34X50.14.105-0.10.10.30.5-1.1-1.14.74.84.74.7

8 Gate

800800800800600800800800800800800600800800800600800800800800800800800800800800800800800800800800800800800800600800800800800800800800800800800800800600800800800800800800

LfcM SUdon

4/CO -764700 -504700 -754700 04700 754700 SO4700 75

-75-50-25025SO75

TkiwryPuta

552317453396380355328

t CtUMM^ri 1

-16.1-134-14.6-14.4-164-154-164

ChMNMl2

-0.6-8.4-84-8.9-9.2-84-64

Channels-5.5 5.1-5.1-5.3 5.2-62-44

ClwnmU-3.7-34-32-3.5-2.7-2.8-2.7

CtMMMU

-2.1•2.7-14-2.1-14-14-1.7

ChMMMlt

-1.7-2.1-0.7-14-12 04-0.7

ChMNMl7

-04-1

-1.1-1

-0.6-0.5-0.4

CtlMMMlt 0*1

-12-1

-0.40444-12-04

800600800800800800800

Ministry ofNo* them Developmentand u:nes

Ontario

Report of Work Conducted After Recording Claim

Mining Act

Personal information collected on this term is obtained under Ilw authority of the Mining Act. This information w* be used tor corr . Questions abouttrm collection should be directed lo the Provincial Manager. Mining Lands. Ministry of Northern Development and Mnes. Fourth FtooriSS Cedar Street. Sudbury. Ontario. P3E 6A5. tetophone (70S) 670-7264. O t C C C Q

Instructions: - Please type or print and t- Refer to the Mining Act a

Recorder.- A separate copy of this ft- Technical reports and ms- A sketch, showing the claims uw

xisult the Mining

900

307

j Noranda Exploration Company, Limited

| c/o 960 Alloy Drive, Thunder Bay, Ontario P7B 6A1' fcJKjljgUl j^fcliaiV^l, MwBMey unrmun

1 Thunder Bay

J taUdueV Fr T m l wont From.Performed Julv 13. 1994

Townthip/AreiWabikon Lake

CSent No. 176208

(807) 623-4339M or G Plan No.

G-773

Julv 26. 1994

Work Performed (Check One Work Group Only)

)WorkGroup

Geotechnical Survey

Physical Work. Including Drilling

Rehabilitation

Other Authorized Work

AssaysAssignment from Reserve

—————————— 1*2 ——————————— ,Geophysical Surveys (Mag, HLEM and DeepEM) and Linecutting

pRECEIvgon

j ^, . ii ;f Mlfljrr f

x-^— - — J

Total Assessment Work Claimed on the Attached Statement of Costs 15.492

Note: The Minister may reject for assessment work credit all or part of the assessment work submitted if the recorded holder cannot verify expenditures claimed in the statement of costs within 30 days of a request for verification.

Persons and Survey Company Who Performed the Work (Give Name and Address of Author of Report)Name

A. Smith 1 R . Sharpe (Co-Authors) R. Sharpe, R. Swire

Northwest Geophysics Ltd.

Address \c/o 96O Alloy Drive, Thunder Bay, Ontario P7B 6A4 c/o 960 Alloy Drive, Thunder Bay. Ontario P7B 6A4

P.O. Box 3263. Thunder Bay. Ontario P7B 5E8

(attach m schedule If necessary)

Certification of Beneficial Interest * See Note No. 1 on reverse side

l certify that at the time the work was performed, the claims covered in this work report were recorded in the current holder's name or held under a beneficial Merest by the current recorded hoWer.

Dale

Aug. 15/94

Recorded Holder or Agent (Signature)

Certification of Work Reportl certify that l have a personal knowledge of the facts set forth in this Work report, having performed the work or witnessed same during and/or after its completion and annexed report is true.

Na-ne and Address of Person Cetifymg

Cecilia M. Barrett. 960 Alloy Drive, Thunder Bay. Ontario P7B 6A1"e epone No.

(807) 623-4339

Date j Certified By ( S gnature)

Aug. 15/94

cor Office Use OnlyTotal Value Cr Recorded Date Pecvded M- "g Recorder

Ontario

Ministry dNorthern Developmentand Mines

Mir ~ a duOevv .^ement du Nordet des mines

Statement of Costs for Assessment Credit

ttat des couts aux fins du credit d'evaluation

Mining Act/Lol sur les mines

Transaction NoJN* de transaction

Personal information collected on this form is obtained under the authority of the Mining Act. This information will be used to maintain a record and

:- ^ c l -J ^ ,Les renseignements personnels contenus dans la jxeserecueiRis en vertu de la Lot sur le* mines et serviront a :eror a jour on registre

C" f\

rve fdmute sent

ongoing siaws 01 me mining cwirnis;. uuesiions aoout nw cwocwn WKKJKJ oes concessions rmmores. Aoresser rowe question sur la coBsce de ces be directed to the Provincial Manager. Minings Lands. Ministry of Northern renseignements au chef provincial des terrains rmmers. mmstere du Development and Mines. 4th Floor. 159 Cedar Street. Sudbury. Ontario Devetoppement du Nord et des Mines. 159. rue Cedar 4* etage Sudbury P3E 6A5. telephone (705) 670-7264. (Ontario) P3E 6A5. telephone (705) 670-7264.

307

1. Direct Costs/CoOts directs

Type

Salalres

Contractor's and Consultant's Fee* Drottsde ('entrepreneur et de I'expert- conseM

SuppUesUsad Fournttut*9s utiiiaees

Equipment Rental Location de materiel

Description

Labour Main-d'oeuvreField Supervision Supervision sur le terrain

Type Linecutting

Amount Montant

1.800

7.100

3.306t

Type DeepEM Wire

DeepEM Drill

DeepEM Rack

Fuel

600

600

300

446Type

Total Direct Costs Total des couts directs

Totals Total global

9,900

3.306

1,946

15.152

2. Indirect Cos* * Note: When cti

allowable Pour le n couts ind d'evaluat

Type

Transportation Transport

rFood and i Lodging Nourrtture et '

MobMzatlon and Demobilization Mobilisation et demobilisation

ts/Couts indirectsliming Rehabilitation work Indirect casts are not as assessment work.

Mnboursement des travaux de renaXitation. les reels ne sont pas admissibles en tare que travaux ion.

Description

Type Truck

Anount Totals Moroni : Total global

———————————— ! —— -

300

""PPCP.'VPP '-

.- - ' ' - -

^q

i;i 40

Sub Total of Indirect Costs Total partJel des couts indirects

Amount Allowable (not greater than 20H of Direct Costa) Montant admissible (n'excedant pas 20 H des couts dtovcta)Total Value of Assessment Credit Vateur Male du cndN (Total of Direct end AaowaMe d'evahjstlon Indirect costs) (Tola) dn touts dm

-

300

40

340

3.030

15.492

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

Note : Le titulaire enregjstre sera tenu de verifier les cOf^ses denanoees dans le present etat des couts dans les 30 jours su'va jne demande d eel effet. Si la verification n'est pas effectuee. le rr -.stre peut rejeier tout ou une partie des travaux d'evaluation prese-tas

Filing Discounts

i Work filed within two years of completion is claimed at 100*^ of the above Total Value of Assessment Credit.

Remises pour depot

1. Les travaux deposes dans tes deux ans suivant *. achevement sont rembourses a 100 "te de la vateur totate susmenbon^ee aj credk d'evaluation.

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

Total Value of Assessment Credit

X 0.50

2. Les travaux deposes trois. quatre ou cinq ans ar-es tour achevement sont rembourses a 50 H de la vateur totato cj credit d'evaluation susmentionne. Voir les calcub cndessous.

Valeur locale du credit d'evaluation

X 0.50

or totale demandee

Certification Verifying Statement of Costs Attestation de I'etat des couts

the amounts show- are as accurate as possible and these costs e incurred while cone uct ing assessment work on the lands shown -e accornrrK form

i: as l am authorized

J'atteste oar la oresente : que les montants mdiques sont le plus exac: depenses ont ete engagees pour effectuer les sur les reva rs -r-diqu^s dans la formule ie rap:

:n z e e: c.e ces:.C-X O'l

Et qu'a t tre de .•f:-'."t *?r;fir"a-i pcc'e ^::.rf - :

;n:s cen,f,cct ^ ~

- ,~ ' 59-

Details for Work Report f 307geop2 Page 1

Work lei 1 for App- 9 Reserve

ClaiM Murter (see note 2)

TB 1.083.031

TB 1.083.032

TB 1.083.393

TB 1.083,479

TB 1.083.481

TB 1.083.482

TB 1.083,483

TB 1.083.484

TB 1.083.485

TB 1.083.486

TB 1.083.487

TB 1.083,488

TB 1.083.489

TB 1.083.490

TB 1.085.011

TB 1.085,012

TB 1.085,013

TB 1.085,014

TB 1,085,017

TB 1,085,018

TB 1,085.019

TB 1,085,020

TB 1,085.027

TB 1,085,028

TB 1.085.029

TB 1.085,030

TB 1.085.031

TB 1.085.036

TB 1.085.037

TB 1.085.038

TB 1.092.617

TB 1.092.618

TB 1.092.619

TB 1,092,657

TB 1,092,658

TB 1.092,682

TB 1,092,685

TB 1,092,688

TB 1.092.691

TB 1.195.811

T3 1.195.813

f Of Claia Units

1

1

1

1

1

1

ri -ii -iiiiiiiiiiiiiiiiiiiiiiiiiiiii4

8 i

Value of Assesaent Work Done

on this Clai*

0.00

0.00

50.00

0.00

3.970.00

1,020.00

0.00

0.00

0.00

0.00

0.00

0.00

490.00

2.575.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

370.00

0.00

0.00

1.085.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

900.00

5.032.00

Value Applied to this Claiai

508.00

508.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

400.00

94.00

400.00

382.00

400.00

y*?o

values Assigned fro* this Claiai

Reserve:Uork to beClaiaed at

a Future Date

593,570.00

620.00

90.00

2.175.00

685.00

900.00 i

5.032.CO i

Ontario

Ministry of Ministere duNorthern Development Developpement du Nordand Mines et des Mines

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

Telephone: (705) 670-5853 Fax: (705) 670-5863

Our File: 2.15559 October 4, 1994 Transaction /: W9440.00234

Mining RecorderMinistry of Northern Developmentand Mines435 James Street SouthSuite B003Thunder Bay, OntarioP7E 6E3

Dear Michael Weirmeir:

RE: APPROVAL OF ASSESSMENT WORK ON MINING CLAIMS TB 1083031 ET AL. IN THE WABIKON LAKE AREA.

The assessment credits for Physical Work and Geophysical Survey, Section 10 and 14 of the Mining Act Regulations, as listed on the original Report of Work, have been approved as of October 4, 1994.

Please indicate this approval on the claim record sheets.

If you have any questions concerning this submission please contact Michael Charette at (705) 670-5856.

ORIGINAL SIGNED BY:

Ron C. GashinskiSenior Manager, Mining Lands Section Mining and Land Management Branch Mines and Minerals Division

MC/jl Enclosures:

cc: [^Assessment Files Office Sudbury, Ontario

Resident Geologist Thunder Bay, Ontario

Cheeseman WITHDRAWN FROM DISPOSITION

f RIGHTS , MR -MINING MIGHTS

Oiipaiitian F li*

MTC GRAVEL .PIT No- 1036

© " " " Nq. 1087

" " " No. 1063 ,FILC IB7B96

IS79

THE INFORMATION THAT APPEARS ON THIS MAP

, HAS BEEN COMPILED PROM VARIOUS SOURCES, AND ACCURACY IS NOT

1 GUARANTEED. THC-SE WISHING TO STAKE MIN ING CLAIMS SHOULD CON-

WITH THE MINING RGQORDER, MINISTRY OF

RTHERN DEVELOPNT AND MINES, FOR AD- IONAL INFORMATIONTHE STATUS OF THE

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