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i.41l15NE0a38 0818 MACKELCAN

010

OPERATIONS REPORT ON

AIRBORNE GEOPHYSICAL SURVEY

IN THE

PROJECT WOLF AREA, ONTARIO

FOR

CANADIAN OCCIDENTAL PETROLEUM LTD.

BY

KENTING EARTH SCIENCES LIMITED, OTTAWA

PROJECT NO. 81058

KENTING EARTH SCIENCES LIMITED *3fcO HrXT CLUB ROAD. OTTAWA. OXTARIO KIG 3X

3X3



IN THE


FOR


BY

KENT ING EARTH SCICNCLS LIMITED, OTTAWA

PROJECT NO. 81058

AWNING

OTTAWA, CANADA August 25, 1931

E. J. W i l son, B.Se. Chief Geophysicist (Data Processing)

eeia MACKELCAN 010C

TABLE OF CONTENTS

1. INTRODUCTION

2. INSTRUMENTATION

3. PRESENTATION AND PROCESSING OF DATA

Page No.

1

2

ACCOMPANYING THIS REPORT:

Appendices A - KENTING DIGITAL SURVEY SYSTEM

B - AIRBORNE DIGITAL DATA FORMAT

C - DATA PROCESSING FLOWCHART

Maps - l ea. - Totem VLF Profile map

l ea. - Totem VLF Total Field contour.map

All cV a scale of 1:20,000 (approximately)

l l l l l l l llI



IN THE


FOR


1. INTRODUCTION

This report pertains to the operations on o combined airborne

magnetometer and VLF-electromagnetometer survey carried out in the

Project Wolf area of Ontario for Canadian Occidental Petroleum Ltd.'

The survey was flown on July 15, 1931 by Kenting Earth Sciences Limited

geophysically equipped Canso aircraft (registration C-FJJG) based at

Sudbury, Ontario.

Thirtv four traverses were flown in an east-west direction over

the survey c." --: at a spacing of 1320 feet. A mean terrain clearance

of 150 to 200 feet was maintained throughout the survey. Geophysical

data were acquired from a total of 222.1 line miles.

The following Kenting personnel were associated with this project:

C. Twa

B. Me Fa r lane

G. Rnyner

D. Johnstone

l. Mac Dona l d

R. Kekka

E. J. Wilson

Pilot/Navigator .

Pi lot/Navigator

Aircraft Engineer

Aircraft Engineer Assistant

Electronic Technician

Data Compiler

Chief Geophysicist (Data Processing)

...2

i i- 2 -

1

l

1

f

1

f

1

1

1

f

ililtli

2. INSTRUMENTATION

The Kenting Digital Survey System (KDSS) was used in the survey

for data acquisition. A technical description and specifications of

this unit appear in Appendix A to this report.•- - '. ** '

The airborne magnetometer was a Gulf fluxgate Mark 111 unit which

measures total field intensity with a resolution of 1 gamma.

The VLF-EM system employed was the Totem 1A instrument manufactured

by Herz Industries Ltd. and was tuned to transmitter station HAA, Cutler,

Maine, U.S.A.

A Honeywell Radar altimeter provided terrain clearance measurements.

An AS-5 35"™ continuous strip camera recorded the flight path.

All data were recorded every half second in digital form by the

KDSS system. The format appears in Appendix B.

Analogue recordings, diyital recording and film are flagged with

numbered fiducial marks every five seconds to enable correlation.

A six channel Brush 260 nnaicgue recording unit recorded the

total field magnetometer and radar terrain cleerance data in analogue

form.

The quantities measured, format end scales on this recording are

'1 as follows, with the chart oriented such that fiducial numbers increase

to the loft.

.

...3Cl/STT/p^-rmnrirsz1 -••' •-•-•- ———— —— - ——— ̂ -^ ——————— -- ———— —— ———— : ——— - ——————— —————— ——— —— ——— —— ——— —— - ——— gf^fill 1 1 1 UiJj^fj

m .

4 l 4 4 44 4 4 4 4 4 4 l l l i l

- 3 -

Top of Chart

Channel No.

6

5

Parameter

Radar terrain clearance

Total field Magnetometer

Scale

O - 300 feet

O - 1000 gammas

3

2

fiducials increasing to left

All quantities increase upwards.

An overlapping dual channel Brush 110 10 inch analogue recorder

recorded the Totem VLF data. With the chart oriented as above the

format is as follows:

Parameter

Top of Chart Fiducials

Totem VLF total field

Toten VLF Quadrature

Scale

increasing to left

Zero 2.5 in from top l" - 10*

Zero 2.5 in from bottom l" - JO*

i-/ \-i

A time synchronized magnetic diurnal base station was run during

the survey. The magnetometer was a Geometrics 803 and the data was

logged by a KDSS. Total field magnetic readings were logged digitally

every second and displayed on a 10 in. analogue chart moving at 30 cm/hour

with a full scale of 200 gammas. Time is in each head scan of the

digital recording and marked every 10 minutes on the analogue chart.

3- PRESENTATION AND PROCESSING OF DATA

The survey data are presented on a uncontrolled airphoto mosaic

base at a scale of apprcxi.naiely 1:20,000. This mosaic was also used

for visual navigation and flight path recovery.

The Totem VLF is presentee! two ways: as profiles on flight

lines of Total Field and Quadrature at a scale of l cm * 20^ and as Total Field contours at an interval of 51-

All digital data were examined and edited for spurious samples

and noise.

The Totem VLF data were rescaled, lightly filtered using a low

pass frequency filter (cut-off 0.13i roll-off 0.16 cycles/sample) and

the quadrature on west to east lines inverted to remove the flight

direction effect of the aircraft. The data were then levelled using

a simple statistical technique to estimate the position of the base line

and drafted in profile and contour form. A general flow of processing

is found in Appendix C.

Respectfully submitted,

E. John W i l son, B. Se. Chief Geophysicist (Data Processing)

KENTING DIGITAL SURVEY SYSTEM KDSS

rr. J.T.i. l III. \\\r\i Mn, i i i i ifflrffi

The Kenting Digital Survey System (KDSS) is an integrated data acquisition system developed by Kenting Earth Sciences Limited to meet the increasingly sophisticated requirements lor digital airborne mineral exploration.

The system replaces discrete instruments with integrated hardware under the control of a mini computer. It replaces the analogue window spectrometer with an improved digital analysis technique and incorporates a proton magnetometer with technologically current processing circuitry. In addition, all geophysical instruments which are compatible in a multi parameter survey, together with navigation systems can be readily integrated into the KDSS.

The system not only acquires data, operates and monitors all sub-systems such as magnetometers, gamma ray spectrometers. E.M. units, radar altimeters, Doppler, but it performs computations in real time while surveying is underway.

The KDSS is a software controlled system, the basic hardware is therefore an extremely flexible recording system. It can be used to collect and record data, as a magnetic tape copying system or as a spectrum analyser. The system's function is limited only by the non-existance of a suitable program.

The KDSS has been designed with the operator in mind. Programs are stored on magnetic tape cassettes. Programs, which determine the system's function can be loaded or changed in a matter of seconds thereby directing the system lo assume specific tasks.

Two identical output tape decks are incorporated to enhance data security. Data is recorded on each tape simultaneously.

Data reliability is increased by the use of read alter write heads in each recording unit. Each bit of recorded data is checked against the data stored in the computer's butler for conlormance. If any data does not conform the complete data block is rechecked up to six times for each deck. Each tape deck is completely independent in its operation one from the other. All recording is done serially on one track only. With four tracks available, assuming a sample rate o* 1 second, tape capacity is 8 (4 x 2) hours.

The application of mini computer technology has enabled Kenting Earth Sciences to add new dimensions to data collection and processing.

Typical KDSS features which will assure new efficiency levels in airborne data recording:

1) All system commands are inputted through a standard electronic keyboard thus controlling all components.

2) All data is displayed in the aircraft via a Cathode Ray Tube.

3) Exact time is recorded (lo 1 second intervals) generated by a stable time base crystal clock.

4) Magnetic tape remaining in cassettes is monitored and a warning is issued as supply becomes critical.

5) Allows operator to type onto tape various verbal messages data pertinent to flight path recovery, topography etc.

6) Information normally written on to the mag tape includes:Operator identificationTimeDateCamera interval in secondsFlight time number and directionCamera frame number

KENTING EARTH SCIENCES380 Hunt Club Road, Ottawa. Ontario, Canada. K1G3N3 Telephone (613) 521-1630 Telex: 053-4173

KENTING AFRICA RESOURCE SERVICES53 Lawson Street,P.O. Box 1658,Lagos. Nigeria, Telephone 25927:27295Africa Telex: 90521308

KENTING EXPLORATION SERVICES5636 Burbank Crescent S.E. Calgary, Alberta Canada. T2H 126 Telephone (403) 253-6633 Telex 03-822630

ELECTRICAL REQUIREMENTSVoltage 28 VDC Power 400 WATTS

PHYSICAL DIMENSIONS

19" rack mounting 40kg

PROCESSOR

CPU Fabritek MP-12 MicroprocessorCore Memory Random Access, 4K 12 bit wordsINTERFACES

All interfacing TTL compatible, a) altimeter averaging over the sample interval, b) heading recording, c) strip and frame cameras.

KEYBOARD

Standard alpha-numeric, typewriter style, key pad 64 ASCII characters.

CATHODE RAY TUBE

Cybernex. 32 characters per fine 16 lines per page

SPECTROMETER

256 ChannelsMaximum counts 4,096 per channel

DETECTOR PACKAGEManulacturer The Harshaw Chemical Company, Division of Kewanee Oil Company. 16" x 4" x 4", Na 1 crystals, coupled to 3V?" low noise photomultiplier tubes, packaged in groups of four, available in multiples thereof. Single assembly resolution less than S.5%. Heated package maintained at 35CC 4 1"C, 24 hours/day. Each P.M. tube is interfaced to an amplifier co-ax driver. This amplifier is incorporated within Ihe driver network cap. Coupled to each co-ax driver is a variable gain amplifier to permit balancing of individual assemblies. All variable gain amplifiers are connected to a summing amplifier in which pulses are shaped and system gain is adjusted. An input terminal is provided to permit the injection of pulses from a nuclear-pulse generator.

SYSTEM RESOLUTION

Better than 1207o.

iws may be easily programmed manually by the Operator Via the CRT keyboard to any desired settingMAGNETOMETER

Recording resolution 0.1 gamma Reading precision 0.1 gamma Operation is synchronized to data system,ELECTROMAGNETIC SYSTEM

Provision is made for the installation of any requiredE.M. system.Noise level: Dependent on system selected.

ALTIMETER:

Dual Honeywell HG7502AC02 Accuracy * 2"7o at 400 ft. Resolution 5 ft.

PULSE HEIGHT ANALYSISPulses are shaped in a special circuit for best A/D resolution.

Pulses are unipolarAnalogue to Digital Converter Wilkinson Ramp type12 bit BCD.

LINEARITY

Integral Better than D.075% over 99"Xo of full scale.Differential Less than 1"Xo deviation from mean channel width over 99*54 of full scale.

POSITIONING EQUIPMENTDoppler. VLF or any other method of positioning can be incorporated.

ANCILLARY RECORDING CAPABILITY16 analogue channels, resolution to 1 part in 16,000. 3 accumulator channels 0-999 counts per channel.

CAMERA

Any continuous strip or frame camera. Kenting provides AS-5 strip, PSC Mark VII and Automax II Frame cameras.

CONTROL LOGIC

Computer buffered. Almost any conceivable survey system or combination of systems can be accommodated.

Max Dead Time 12 microsecondsMax. Difference between energy increments 0.35 KEV. Total spectrum is available at a connector to facilitate spectrum display on an oscilloscope.Window programming by digital logic.The window positions may be automatically adjustedto a calibration source if desired.The count from each window is displayed on a CRT screen.

APPENDIX B AIRBORNE DIGITAL DATA FORMAT

Tape 9 track 800 BPL ASCII code (8 Bit) Job No. 81058One fi le per fiightTape block typesDa t a distinguished by first two bytes being B0B0.,

Dummy binary zeros substituted for missing data distinguished by first two bytes being 0000.,

Message ASC1l character string blocked out with binary zeros, distinguished by first two bytes being A6A6.,

Short data blocks at ends of lines are filled out to 774 bytes with binary zeros.

File structureFile header first blockJob No., Tape No., File No., Flight No.End of file - a file mark

Data Block Organization (general)

Block Header Char 1-18Char 1-7 = BLK No. (reset for every line)

7-11 " Line No.12 e Line direction

13-18 s Time xx hrs,, xx mins., xx sees.

Data Block Format C-FJJG Record Length 774Data Format 6 scans 21 channels at .5 second scan rateFor each scanCHANNEL NO.

123tt56789

101112131415161718192021

LOCATION1-67-12

13-1819-2425-3031-3637-4243-4849-5455-6061-6667-7273-7879-8485-9091-9697-102103-108109-114

.1 15-120121-126

CONTENTS Fiducial not used Magnetometer

CHANNEL TYPE Digi tal

Not used Analog O

Altimeter Total Field Quadrature not used

8Totem VLF9 Totem VLF10

11

COMMENT .5 second not used l gamma

1/10 Ft.05*.05*

First character in analogue channel indicates sign, followed by 5Characters of amplitude

.FLDUJ CHflBT

tl'Vl.-.tuAisri*: 11]H

illKrMT f.-! H Ml A l

ZT

TTvr **j; rjoW tt-iUiJ

(A*tH KICNCtl l IWIl tO

APPKNDIX C

Z,O

8u. u,O

Ontario

Ministry of Natural Resources

GEOPHYSICAL - GEOLOGICAL - GEOCHEMICAL TECHNICAL DATA STATEMENT

File.

Dui

TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT

TECHNICAL REPORT MUST CONTAIN INTERPRETATION. CONCLUSIONS ETC.CO

Type of Survcy(s)

Township or Area /ilQc.k'(- /

Claim Holders). Pr/^t^' T?

^F M

UUJ

o

al

CW.tt

fteof g ( M

MINING CLAIMS TRAVERSft) List numerically

Survey Company.

Author of Report.

Address of Author ji^Jiu.

/A fLTM 5k.1 1 P/fr p

\jQt\Scyi

b foy i r itfUlfiiACovering Dates of Survey /?.Ti' ^y /( Sr CiT.

,-, j (linccutting li offi*

iT. \ Q S \ -offior),, j

Total Miles of Line Cin^* 6-04-*f A/-S" ?3*1-. -

SPECIAL PROVISIONSCREDITS REQUESTED

ENTER 40 days (includes line cutting) for first survey.

ENTER 20 days for each additional survey using same grid.

Geophysical

-Electromagnetic-

-M^gnrtnm^trr .

Rndiomrtrir , .

-Orhf-r

flpnlngir^l

Gfnrh^mical.... .. ..

DAYS per claim

(prefix) (number)

AIRBORNE CREDITS (Special provision crediu do not apply to airborne urvcyi)

Magnetometer,

DATE:

Electromagnetic . Radiometric(enter dayt per claim)

,lf?t1 SIGNATURE

"Xuifior of R/port^r A icent

Res. Geo).. .Qualifications.

Previous Surveys File No. Type

.^...^..fe..L.V..HL..r..U

....[;.^^. 1v....,;\4iii.....\^frn^rT................P ,!

B:? is/79)

SELF POTENTIALInstrument__________________________________________ Range.Survey Method ——————————————————————-———-——————-—————.™—.—.

Corrections made.

RADIOMETRIC Instrument ———.Values measured.Energy windows (levels)—^——-——-—^^—^—————.—-.—-——————————.————.Height of instrument_____________________________Background Count. Size of detector————-—-——————-——-———————————-—.——---————————^——.Overburden -——-^--—-—-———--^^^^^^^^^^^^^^^^^^^^^^^^^^^^——--—-^^^^.^

(type, depth — include outcrop map)

OTHERS (SEISMIC, DRILL WELL LOGGING ETC.) Type of survey—,-~—————————————^——————Instrument________________________ —Accuracy—-^-.———--—-———-—-———————————Parameters measured.

Additional information (for understanding results).

AIRBORNE SURVEYS Type of survcy(s)—Ylm.FInsirument(s) . TbitSjaa—AXT.Hc-n^Hiflt.'STTirj:vj"A -————^-^

for each type of survey)

Accuracy.————————————————————————————————————(specify for each type of survey)

Aircraft used————v-sl \\.S ^———————————————————————

J-

Sensor altitude——————————————————————————————————— C 0.t3^S-ft- Navigalion and flight path recovery method.

Aircraft altitude————/^O^^-Ou——————————————————Line Spacing.Miles flown over total nrra ? M'/-f- M'/f ?1 ̂ ̂ 53?*4- Over claims only

Sui bur " \ {( H It

S

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677/^S" Sfjn^- ^'n/ZQ' S'rt/ 2. \ -

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C/.AIM Mackelcan

CLAIM

5866965S6687586747585179529168585662585739577277585719568290

- —— 5116189

- —— 577377——— 577421. ——— 577429———595212——— 5 77177,~ —— 577200,- —— -577208——— 577225-— 577227— 577282-— 595172——— 577327{ "~A5^ 5B 1 fi\ /^577343^ r--595875f) *O7 7304^ y.577321^ ^085329'- *v585330

*585583

NO

- 742- 689- 792

- 184- 681- 758- 281- 738"-' 292 ~- 2U5"~~

J- 402- 424- 432- 251- 198

STAKING

B

\niSJ 2 O2o5"

2.0.... i........ .\"^-

\2.64-4-

- 205 y ~i- 212 ^

c- 276- 303- 211 \- 3 42V 8Tfl-- 376- 888

- 322 ^\

" cr-\ ,| TO

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as- .34-*14--

1 *0 2.-^) 1

- 331 X 2.- 348 - 589 ^l '5.

,

NovNovNovNovNovNovNovNovNovNovrtb'v'

DecNovNovNovNovNovNovNovNovNovNovNovNovDecDecDecDecDecJanJanDec Dec

St W l

3 ~12B -158 -12172324'5 f

~T93 /222726281923252819282822ir131314/14/

DATE

12 // 8019 /

/ 8012 /

- 17-22A 80- 27"80 "J

- Ti"80

- 25- 29- 27- Dec- 23- 24- 26/ 80- 28- Dec- Dec- 25-"19/- 24/- 24/8080 -

r f ///J 1 1T/^Y fi*K

RfCORDINC DATC

//

80

80

808080

/..80 .

7//////

/

/

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8080805/80808080

801 / 806/8080

80808-0

6/806/26 29

81- 29/ - 30/

80 80

DecDecDecDecDecDecDecDecDec

11/80/-N11/80' \11/80 l11/80 (11/80 ^11 / BO //ft11/80 U211/80 ^711/80 N

Dec 19/80DecDecDecDecDecDecDecDecDecDecDecDecDecDecJariJanJanJanJanJanJanJan Jan

31/80"^ ——

31/8031/8031/8031/8031/8031/8031/8031/8031/8031/8031/8031/8031/80i*! 67*81 — "26/8126/8126/8126/8130/8130/8120/81 20/81

5-58

S

Oioior.iCM f*vf.itr.wr,S'.nvirts

Mining Lftndt Commrnu

Commvnta

~7

ppiovwl With to 1*1 *p*in with correction*

D To: Geology- Expenditure!

Common tl

Approved With to xt *e*ln with correction*O.u

DTo: Geochemistry

Comment*

Appioved Q Wi*K 10 l** *8*in with coireetioni

l——\j__JTo: Mining tandj Section, Room 6462, Whitney Block. (Tel: 5-1380)

1693 161/10)

1982 02 19 2.4514

Hinlng RecorderMinistry of Natural Resources199 Larch StraatSudbury, OntarioP3E 5P9

Dear Sir:

Ve have reeaired reports and maps for an Airborne Geophysical (Electromagnetic and Magnetometer) Survey on mining claims P 577177 at al in the Townships o f Mackelcan and Rathbun.

This material will be examined and assessed and a statement of assessment vork credits will be issued.

Tours very truly,

E.F. andersonDirectorLand Management Branch

Whitney Klock, Room 6450Queen'a ParkToronto, OntarioM7A 1V3Phone: 416/865*1316

J. Skura/amc

Ministry of NaturalResources

Ontario

Your (ile:

1982 12 29 JAN 1 ' 1983 ourme. 2.45.14 MINING LANDS SECTION

Mr. Frank P. Tagliamonte 29 Beaver Crescent North Bay, Ontario P1A 3N1

Dear Sir:

RE: Airborne Geophysical (Electromagnetic S Magnetometer) Survey on Mining Claims P 577177 et al in the Township of Mackelcan and Rathbun.

Enclosed are the plans in duplicate for the above mentioned survey. In order to complete your submission we require the following information:

a) all maps must be signed.b) the outside boundaries of the claim group must be i^

shown with the corner claims numbered.

c) need the number of miles flown over the claims only.For further information, please contact Mr. F.W. Matthews at 416/965-1380.

Yours very truly,

Land Management Branch

Whitney Block, Room 6450Queen's ParkToronto, OntarioM7A 1W3Phone: 416/965-1330

A. Barr:se

Ends:

cc: Mining Recorder /jr\. ' /M^ Sudbury, Ontario ~^'',Vi "

Ministry ofNaturalResources

Ontario

Your file:

1983 01 19 OurWe: 2' 4514

Mr. Frank P. Tagliamonte29 Beaver Crescent ^ o fc ^ v,North Bay, Ontario \^ ctC^xP1A3N1

Dear Sir:

RE: Airborne Geophysical (Electromagnetic S Magnetometer) Survey on Mining Claims P 577177 et al in the Township of Mackelc.'.n and Rathbun.

On December 29, 1982 we returned duplicate copies of two Electromagnetic maps for signature and other specified information. We recently received one copy of each map anc request that you forward the duplicates as soon as possible.

Yours very truly,

T.F. AndersonDirectorLand Management Branch

Whitney Block, Room 6450Queen's ParkToronto, OntarioM7A 1W3Phone: 416/965-1380

' DWrsc

cc: Mining Recorder Sudbury, Ontario

Ministry ofNaturalResources

Ontario

.1983 02 07

Mr. Frank P. Tag!iamonte 29 Beaver Crescent North Bay, Ontario RIA 3N1

RECEIVEDLand Management BranchCinCULATE C]tcuumt milt rjIT

FER 2 2 1983E. r. A

J, C. GV.I'TH

G. SIICMMAN

Dear Sir:

RE: Airborne Geophysical (Electromagnetic S Magnetometer) Survey on Mining Claims P 577177 et al in the Townships of Mackelcan and Rathbun,

On further checking the above mentioned report I notice that there are no maps covering the claims in Rathbun Township. If you wish credits for these claims you must submit duplicate signed maps showing the results and the number of miles flown over these claims,

For further information, please contact Mr. F. W. Matthews at 416/965-1380.

Yours very truly,

E.F. AndersonO \ ree. torLand Management Branch

Whitney Block, Room 6450Queen's ParkToronto, OntarioM7A 1W3Phone: 416-965-1380

A. Barr:sc


17 February 1983Gentlemen: A second set of maps covering airborne surveys over

Hathbim township claims lie Id by FLAG IIF.SOUIMM-'S !,TH. et al arc enclosed. These duplicates were obtained from Kenting Earth Sciences ltd. by request,.

Frank ^P.y Tagliamon te , I'.Knw, . .. ^ t "C '

1983 02 07 2.4514

Mr. Frank P. Tagllamonte 29 Beaver Crescent North Bay, Ontario PU 3N1

Dear Sir:

RE: Airborne Geophysical (Electromagnetic 4 Magnetometer) Survey on Mining CI a1msfly 577177 et al In the Townships of Mackelcan and Rathbun.

On further checking the above mentioned report I notice that there are no maps covering the claims 1n Rathbun Township. If you wish credits for these claims you must submit duplicate signed maps showing the results and the number of miles flown over these claims.

For further Information, please contact Mr. F.W, Matthews at 416/965-1380.

Yours very truly,

E.F. AndersonDirectorLand Management Branch

Whitney Block, Room 6450Queen's ParkToronto, OntarioM7A 1W3Phone: 416-965-1380

A. Barr:se


4OO wrfoce right* reservation along the of oil lokes ond river*.

ISLANDS in WonopiMi Lok* WITHDRAWN FROM 'STAKING under Sec38 (c) of MWnfl Act RSO.ISTO.;,. Nw.23,1926 ' ' : .

FLOODING RIGHTS 0)005 the *hore* of Wonopitet Le** ond rjiond* eontoined therein to elev.KX7j5'{cre*tof dam) reserved to H.E.PC. 'V-'A^ LO. 6186 File 43815 - ' "

from ttalcing wnd*f Miniixj Acf.

File ~ r, Date 171524 MoyS/65 . SRftM

"JV - June 9/69 43-t^ .. Oct.S/69 c ^- 114727 W.51/76 AU926/76 V

41954

DATE OF. ISSUE

Mlnistry of Natural Resources TORONTO

^-FPvV^H(l * W I K . L/t•V^44k

PATENTED TOR SURFACE RIGHTS ONLY - LEASE

OP OCCUPATION CROWN LAND SALES IOCATED LAND CANCELLED MINING RIGHTS ONLY SURFACE RIGHTS ONC HIGHWAY B ROUTE NO. - ROADS '

TRAILSRAILWAYS - POWER LINES MAR"" OR MUSR-3 MINESORIGtNAl,.'iHORE'.INE -

u**t onl/ with.KMIM .L. ——— -X—--. J ———

^^••^i'^^DISi RlCTrOF'^-ftO^^sa **

•Q -rSCALE : l INCH s 40 CHAINS

SCADDING TWP. M.I092

/•/--

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PROFILES AIRBORNE ELECTROMAGNETIC SURVEY

RATHBUN TWP. AREAONTARIO

FLAG OILS LIMITED

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