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ADAMS TWP. M-261

(T-ff^ \ vJ '

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THE TOWNSHIP OF

DELORODISTRICT OF

COCHRANE

PORCUPINE MINING DIVISION

SCALE' 1-INCH* 20 CHAINS

EGEND

PATENTED LANDCROWN LAND SALELEASES

LOCATED LANDLICENSE OF OCCUPATION

MINING RIGHTS ONLY

SURFACE RIGHTS ONLY

ROADSIMPROVED ROADSKING'S HIGHWAYS

RAILWAYS

POWER LINESMARSH OR MUSKEGMINESCANCELLEDPATENTED S R.O.

(P) C.S

Loc.L.O

M.R.O

S.R.O

c.e

NOTES400' Surface Rights reservation along the shores of all lakes and rivers.

For status of fraction situated between Mg. Claims H.R.II32i H.R.947 a M.E.42 see File No. 119653

Mming claims within the area shown thus ............,............

are subject to rights Q privileges granted under An

Easement Order dated May !9,!937 to Delnite Mines

Ltd.

This township lies within the Municipality of CITY of TIMMINS.

AREAS WITHDRAWN F ROM DISPOSITION

M.R.O. -MINING RIGHTS ONLY

S.R.O. - SURFACE RIGHTS ONLY

M.+ S. - MINING AND SURFACE RIGHTS

Description Order No. Oste Disposition PH*

PLAN NO.- M-272ONTARIO

MINISTRY OF NATURAL RESOURCESSURVEYS 'AND MAPPING BRANCH

42A06NE8405 2.5739 DELORO 200

TISDALE TWP. M-315

\\ H.F 362

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I.R.R 2761 I P. II3II P. 19975 P. 20815

© P-33658 l P . 33660

P. 22393 i P. 22)395

P. J 2 2 l 4 6 \XP. 2 2 J 4 7

.H.R (208 P. MM7

"•^

P.22I53 li P- "869124470 l H.R 1070

j\:y/ AO- i

66/2 j;MS TWP.

THE TOWNSHIP OF

DEL0RODISTRICT OF COCHRANE

PORCUPINE,DIVISION ,i

SCALER 1-tNtH

\ LEGENDPATENTEDCROWN LAND SAi.^LEASESLOCWED LANDLICENSE, OFMINING R IGHTS d*ILYSURFACE RIGHTS - W S R'

IMPROVED ROADS KIN6'^ HIGHWAYS ^ RAILWAYS'

•POWER L INES f MARSH OR MUSKEG MINES '-" -f : ' CANCELLEDPATENTED S.R.O.REGISTERED "KAN; OF

*l

NOTES400 Surface Rights reservation of all lakes and river's.

the

For *takjs of fraction s it.uated t^twt*n Mf. Claimj J H.R.947 B M.E.42 Me FrttN*Mf965

Mining claims within ttie qrfo tjibwh thus ^......™Jore subject to rights 8 prnnltfge* granted und Eostment Order dated May 19,1^7 .to Delnito Mi] lltd.

This townihfp li*i w ithin the of CITY of nUijHNS.

pplttUTf r ̂ '

v

"*" i-^nCUriNE MINING DIVISIOND) E y E

f *

fONTARIO

MINISTRY OF NAtURAL RESOURCESSURVEYS AND MAPPING BRANCH210

DELORO

oro

ici5

o) o'k.

Q.

Deloro Twp.-M.272

615669 615666 | 615665

P ; P

615668 '615667 6 15665

554110 . 5541051 554104

554109'554106 ,5541/OS^ ©J————

P

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5*58906 (568907,5689081

. J

l i- 1537241 -E

McArthur Twp. - M.298

(D

CJ 2

l

d.

o"Ook-o5Ld

THE TOWNSHIP OF

ADAMSDISTRICT OFCOCHRANE

PORCUPINEMINING DIVISION

SCALE: 1-INCH 40 CHAINS

LEGEND

PATENTED LANDCROWN LAND SALELEASESLOCATED LANDLICENSE OF OCCUPATIONMINING RIGHTS ONLYSURFACE RIGHTS ONLYROADSIMPROVED ROADSKING'S HIGHWAYS

RAILWAYSPOWER LINES

MARSH OR MUSKEGMINESCANCELLED

C.S.

Lac.LO.

M.R.O. S.R.O.

NOTES

400' Surface Rights Reservation along the shores of all lakes and rivers.

This township lies within the Municipality of CITY of TIMMINS.

Areas withdrawn from staking under Section

3 of the Mining Act . R SO !97C ' lo. File Date Disposition

W.25/77 I68543 n/3/77 S.R.O.

PLAN NO. M. 261ONTARIO

MINISTRY OF NATURAL R ESOURCESSURVEYS AND MAPPfNG BRANCH

42A06NE8405 S.5739 DELORO 220

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42A06NE8405 2.5739 DELORO

24

0

42Ae6NE8485 2.5739 DELORO 010

Comstate Resources Ltd.

Airborne Magnetic and Electromagnetic Survey

Deloro - Adams Township Area

Porcupine Mining Division, Ontario

RECEIVEDAUG 91983

MINING LANDS SECTION

July 23, 1983

Timmins, Ontario

D.R. Pyke, Ph.D.

V 42Ae6NE8485 2 .5739 DELORO 010C

Contents

Introduction

Map Compilation

Survey Procedure

Data Presentation

Input

Magnetic

Equipment

General Geology

Results

Magnetic

Electromagnetic

Conclusions

References

Appendices (A 4 B)

Figure I - Location of claims in Deloro - Adams Townships

Introduction

This report contains part of the results of an airborne

magnetic and electromagnetic (INPUT) survey flown by

Questor Surveys Limited in the Porcupine Area, about

six miles south of Timmins, for Comstate Resources Ltd.

The survey was flown on March 27, 1983, and covered most

of the south half of Deloro Township and a small portion

of north Adams Township (Figure 1). A total of 291.9

line kilometers was flown for the survey. The survey air

craft was a Shorts Skyvan C-GDRG and the operating base

was Timmins, Ontario.

The main purpose of the survey was to aid in deciphering

the structure and stratigraphy of the area, and to provide

a high quality data base for further exploration in the

area.

The following were the personnel involved with the

airborne survey:

Pilot B. McKenna

Co-pilot B. Jurgens

Operator D. Borsoi

Engineer S. Mills

Crew Chief D. Martyn

cA geophysical report on the airborne survey was

submitted to Comstate Resources Ltd. by Questor Surveys Ltd.

The report was authored by David G. Rogers, geophysicist

with Questor Surveys. The author of this report, D.R.

Pyke, has extracted all relevant information from the

report of D.Rogers relating to the claim block currently

held by Comstate Resources in the south Deloro - north

Adams Township area.

The 84- mining claims comprising the Deloro - Adams

property are currently held in the name of D.R. Pyke.

Map Compilation

The base map for navigation and flight path recovery

was constructed from photographs obtained from the

National Air Photo Library in Ottawa, Ontario. The final

map was reproduced at a scale of 1:15000 on stable trans

parent film from which white prints can be made.

Fligh path recovery was accomplished by comparison

of the 35 mm continuous strip film with the mosaic, in

order to locate the fiducial points. Most picked points

are within 1200 metres.

Survey Procedure

Terrain clearance was maintained as close to 122

metres as possible, with the E.M. bird at approximately

45 metres above the ground. A normal S-pattern flight

rpath using approximately one-half kilometre turns was

used. The equipment operator logged the flight details

and monitered the insturments.

A line spacing of 200 metres was used for the survey,

with flight directions at N 15O E.

Tie lines were flown in an east-west direction

across the survey area to be utilized in the levelling of

the magnetic data. In addition, a ground magnetic base

station, Geometrics G-806, was used to moniter diurnal

variations.

Data Presentation

The data is presented in the following manner:

1) INPUT - The symbols used to designate the anomalies

are shown in the legend on the map sheet, and the anomalies

on each line are lettered in an alphabetical order in the

direction of flight. Their locations are plotted with

reference to the fiducial numbers on the analog record.

A sample record is included to indicate the method

used for correcting the position of the E.M. bird and to

identify the parameters that are used.

The input map has a photo mosaic base, is at a scale

of 1:15,00, and depicts all the flight lines.

2) Magnetic - The aeromagnetic data is presented in computer

contoured plan form of the total magnetic field, at a scale

of 1:15.000. The data, dependent on magnetic gradient, has

been contoured at 10, 50 and 250 gamma intervals.

rEquipment !

The aircraft is equipped with a Mark VI INPUT (R)

airborne E.M. system and a Sonotek P.M.H. 5010 Proton

Magnetometer. Radar altimeters are used for vertical control.

The outputs of these instruments together with fiducial

timing marks are recorded by means of galvanometer type

recorders using light sensitive paper. Thirty-five

millimeter continuous strip cameras are used to record

the actual flight path.

General theory and specifications of the instruments

and aircraft are given in the included appendix.

General Geology

Deloro Township was first mapped by Burrows (1912,1924)

and later by Hurst (1939) and Carlson (196?). Adams

Township was mapped by Harding and Berry (1938) and Pyke

(1975).

The property is near the southwest margin of the

Shaw Dome, and straddles the contact zone between the

Deloroand Tisdale Group volcanic rocks (Pyke, 1982).

The contact has not been mapped in detail, but would

appear to be transitional in nature, in that it represents

an intercalation of calc-alkaline volcanic rocks of the

Deloro Group, with overlying komatiitic volcanic rocks at

the base of the Tisdale Group. Iron Formation is common

near this contact zone. Large sill-like intrusions of

dunite-peridotite with minor associated gabbro underlie

r.much of the central portion of the township. Pervasive

carbonatization of a portion of these ultramafic sills

has produced a large sub-economic magnesite deposit near

the south central boundary of Deloro Township. Northeast

and northerly trending diabase dikes are common.

Numerous gold occurrences have been reported in the

south Deloro Township area. Production, however, has been

minor and essentially limited to the former Faymar Mine

in the north part of the Township.

Results

Magnetic Survey

Magnetic relief on the property is in the order of

2500 gammas.

The northern portion of the property is dominated

by a westerly trending magnetic anomaly which largely

correlates with a sill-like body of dunite-peridotite

as outlined by Carlson (1967). An ENE trending diabase

dike, (Carlson, 196?) tends to augment the anomaly;

numerous inflections on this anomaly represent NNW trending

diabase dikes, as do narrow anomalies elsewhere on the

property.

The magnetics are generally low in the east-southeast

portion of the property. Limited outcrop suggests this

portion of the claim group is largely underlain by

andesite - basalt.

Electromagnetic Survey

Most of the input responses detected on the property are situated in the north central portion, in the general vicinity of Shaw Creek (anomaly areas 4 and 6). Both zones have similar electromagnetic responses and possible geologic associations. They display low to moderate decay rates and are located at the edge or within a magnetic high. The stagger in intercept location and shape suggests flat or shallowly dipping sources. Virtually all these anomalies are either within what are interpreted from the magnetic data as being ultramafic intrusions or at the contact zones of ultramafic intrusions or diabase dikes.

Conclusions

The airborne survey has provided a good data base for further work in the area. Detailed geological mapping is an essential ingredient of any follow-up exploration, in order to more fully evaluate the electromagnetic and magnetic responses.

References

Burrows, A. G.

1912: The Porcupine Gold Area? Second Report; Ont. Bureau of Mines, Vol. 21, pt. l, p. 205-249. Accompanied by Map 21a. Scale l inch to l mile.

192^: The Porcupine Gold Area; Fourth Report;Ont. Dept. of Mines, Vol 33, pt. 2, 112 p. Accompanied by Map 33a, Scale l inch to 2000 feet.

Carlson, H. D.

196?: Geology of Ogden, Deloro and Shaw Townships; Ont. Dept. of Mines, Open File Report 5012, ll?p. Accompanied by Maps P 3^1, P 3^2, and P34-3. Scale l inch to i mile.

Hurst, M. E.

1939s Porcupine Area, District of Cochrane; Ont.Dept. of Mines, Map 4?a, Scale l inch to 2000 feet.

Pyke, D.R.

1975: Geology of Adams and Eldorado Townships,District of Timiskaming; Ont. Div. of Mines, G. R. 121, 51p. Accompanied by Map 227*4-. Scale l inch to f mile.

CERTIFICATE

I, D.E. Tyke, submit this document to certify that the following

statements are, to the "best of my knowledge, true and correct.

1. That I have extracted all the relevant information regard

ing the airborne geophysics, from a report authored by

David G. Rogers (geophysicist, Questor Surveys Limited)

for an airborne survey conducted by Questor Surveys Ltd.,

in Deloro and Adams Townships, for Comstate Resources Ltd.

The survey was flown on March 27, 1983.

2. That I am the author of the corresponding assessment

report entitled "Airborne Magnetic and Electromagnetic Survey,

Deloro-Adams Township Area, Porcupine Mining Division,

Ontario".

3. That I have received the following university degrees in

geology:

B.Se. University of Saskatchewan 1959

M.Se. University of Saskatchewan 1961

Pfc.D. McGill University, Quebec 1967

4. That I have been working as a geologist in the general

Timmins area for 16 years, and I am familiar with the geology

of the area under consideration.

Respectfully submitted,

D. R. Pyke

A-1

APPENHTX A

BARRINGER/OUESTOR MARK VI INPUT^"' System

The INduced pulse Transient (INPUT) method is a system

whereby measurements are made, in the time domain, of a secondary

electromagnetic field while the primary field is between pulses.

Currents are induced into the ground by means of a pulsed primary

electromagnetic field which is generated from a transmitting loop

around the aircraft. By using half-sine wave current pulses

(Figure A-l) and a transmitter loop of large turns-area, a high

signal-to-noise ratio and the high output power needed for deep

penetration, are achieved.

Induced current in a conductor produces a secondary

electromagnetic field which is detected and measured after the

termination of each primary pulse. Detection of the secondary

field is accomplished by means of a receiving coil, wound on a

ferrite rod, mounted in a fibreglass shell called a "bird" and

towed behind and below the aircraft on 120 metres (400 feet) of

coaxial cable. The received signal is processed and recorded by

equipment within the aircraft.

The axis of the receiving coil is horizontal and parallel to

the flight direction. This optimizes the discrimination between

flat lying surficial conductors and bedrock conductors. The

secondary field is in the form of a decaying voltage transient.

A-2

measured in time, at the termination of the primary transmitted

pulse. The amplitude of the transient is proportional to the

amount of current induced into the conductor, the conductor

dimensions, conductivity and the depth beneath the aircraft.

The rate of decay of the transient is inversely proportional

to conductance. By sampling the decay curve at six different time

intervals and recording the amplitude of each sample, an estimate

of the relative conductance can be obtained. Transients due to

strong conductors such as sulphides and graphite, usually exhibit

long decay curves and are therefore commonly recorded on all six

channels. Sheet-like surface conductive materials, on the other

hand, have short decay curves and will normally only show a

response in the first two or three channels.

For homogeneous conditions, the transient decay will be

exponential and the time constant of decay is equal to the time

difference at two successive sampling points divided by the log

ratio of the amplitudes at this point.

r

A-3

TRANSMITTER SPECIFICATIONS

Pulse

Pulse

Pulse

Off

Repetition Rate

Shape

Width

Time

211 per sec

Half-sine

2.0 millisec

2.7 millisec

Output Voltage

Output Current

Output Current Average

50 volts

300 amperes

80 amperes

Coil Area

Coil Turns

Electromagnetic Field Strength (peak)

190 m. 2 (2,050 ft. 2 )

6

342,000 amp-turn-meter2

INPUT SIGNAL

TRANSMITTED PRIMARY FIELD

Figure Al

A-4

RECEIVER SPECIFICATIONS

Sample Gate Windows (centre positions)

CH l CH 2 CH 3 CH 4 CH 5 CH 6

300 p sec500800

1200 1700 2300

Sample Interval

Integration Time Constant

Bird Position behind Aircraft (110 kt)

Bird Position below Aircraft (110 kt)

Widths

200 V 6ec200400400600600

0.5 sec

1.1 sec

93 metres

69 metres

Receiver features: Power Monitor 50 or 60 Hz

50 or 60 Hz and Harmonic Filter

VLF Rejection

Spheric Rejection (tweak) Filter

SAMPLING OF INPUT SIGNAL

Figure A2 - Channel cvntt**

A-5

ri

SQNOTEK P.H.H. 5010 PROTON MAGNETOMETER

The airborne magnetometer is a proton free precession

sensor r which operates on the principle of nuclear magnetic

resonance to produce a measurement of the total magnetic

intensitity. It has a sensitivity of l gamma and an operating

range of 20,000 gammas to 100,000 gammas. The sensor is a solenoid

type, oriented to optimize results in a low ambient magnetic field.

The sensor housing is mounted on the tip of the nose boom

supporting the INPUT transmitter cable loop. A 3-term compensating

coil and perma-alloy strips are adjusted to counteract the effects

of permanent and induced magnetic fields in the aircraft.

Because of the high intensity electromagnetic field produced

by the INPUT transmitter, the magnetometer and INPUT results are

sampled on a time-share basis. The magnetometer head is energized

while the transmitter is on, but a measurement is only obtained

during a short period when the transmitter is off. Using this

technique, the sensor head is energized for 0.80 seconds and

subsequently the precession frequency is recorded and converted to

gammas during the-following 0.20 seconds when no current pulses are

induced into the transmitter coil.

A-6

DATA ACQUISITION SYSTEM ,.

Sonotek SDS 1200

9 track 800 BPI ASCII

Includes time base Intervalometer, Fiducial System

Geocam 75 SP

35 mm continuous strip or frame

TAPE DRIVE

Digidata Model 1139

OSCILLOSCOPE

Tektronix Model 305

ANALOG RECORDER

Honeywell Visicorder WS 4010

Kodak Light Sensitive Pape (15cm)

Recording 14 Channels: 50-60 Hz Monitor, 6 INPUT Channels, fine

and coarse Magnetics, Altimeter, vertical and horizontal timing

lines and fiducial markers.

ALTIMETER

Sperry Radar Altimeter

A-7

HONEYWELL ANALOGUE CHART RECORDER

SONOTEK DATA SYSTEM

TRACK TAPE RECORDER

RADAR ALTIMETER

3Smm T RACKING CAMERA

INPUT EQUIPMENT INSTALLATION

- J

TOWED 'BIRD' ASSEMBLY

INTERFACE. OSCILLOSCOPE t T.C.U.

TRANSMITTER

MK V I INPUT RECEIVER

'BIRD* WINCH

QUESTOR/BARRINGER MARK VI "INPUT" SYSTEM EQUIPMENT

APPENDIX B

The Survey Aircraft

Manufacturer

Type

Model

Canadian Registration

Figure Bl

Short Brothers Ltd.

SHORT SKYVAM

SH-7 Series 3

C-GDRGDate of INPUT Installation October 1981

Modifications:

1) Nose, tail and wing booms for coil mounting2)

3)

4)

Long range cabin fuel tank i 8 hours of air time Winch, camera and altimeter portsSperry C-12 navigational system

5) Doppler navigational system

6) Capable of spectrometry

7) Modified hydraulic driven generator systenThe SKYVAN is a short take-off and landing aircraft. It is

powered by two low maintenance turbine engines. The configuration of the aircraft provides for easy installation of equipment and extra fuel capability. These factors have proven the SKYVAN to be a reliable and efficient geophysical survey aircraft.

ASSESSMENT WORK BREAKDOWN

1. Type of Survey .

2. Township or Area -.

3. Numbers, of Mining Claims Traversed by Survey . ..^L^fi^i^,^^-^^^^

4. Number of Miles of Line Cut __.

*5. Number of Stations Established .

*6. Make and type of Instrument Used ^QQ

*7. Scale Constant or Sensitivity ,.

*8. Frequency Used and Power Output

Flown

9. Summary of Assessment Credits (details on reverse side)

Total 8 hour Technical Days (Include Consultants, Draughting etc.)

Total 8 hour Line-Cutting Days ___......._-..

Calculation

x 7 * + = 4-Technical Line- cutting Number

of claimsAssessment credits

per claim

The dates listed on this form represent working time spent entirely within the limitsof the above listed claims [ l CheckIf otherwise, please explain _ ......................... _ ;..... _ _ ..................

Dated: ,.

Note: (A) * Complete only if applicable.(B) Complete list of names, addresses and dates on reverse side.(C) Submit separate breakdown for each type of survey.

1 (D) Submit in duplicate.

Ministryof

Ontario

Report of Work(Geophysical, Geological, Geochemical and Expenditures) 4aA86NE848S 2 .5739 DELORO

T. .. —— TcX. The Mining Act C^,^

9(2)0i my OB enteredI in the "Expend. Days Cr." columns.

__ DoDo not use shaded areas below.Type of Surveyd)

S S1 ") Township or Area

Claim Holdar(i) Prospector'1 Licence No.

Addren

(Osvr. ^3 dDate of Survey (from Si to)

Day l Mo. | Yr. | Day | Mo. | Yr.

Survey Companv Total Miles of lin* Cut

Name and Address of Author (of Geo-Technlcal report)

Credits Requested per Each Claim in Columns at rightSpecial Provisions

For first survey:Enter 40 days. (This includes line cutting)

For each additional survey: using the same grid:

Enter 20 days (for each)

Geophysical

- Electromagnetic

- Magnetometer

Days per Claim

3 ic83Geochemical

Man Days

Complete reversj side and eijtar tot'ell?) here

Note: Special provisions credits do not apply to Airborne Surveys.

Electromagnetic

Magnetometer

Radiometric

Days per Claim

Expenditures (excludes power stripping)Type of Work Performed ( V ,.-,iC-ri

-~- ••""" "r,|NE f.''i' llfl ", ;rr\ \Performed on Glajtn(s) i Ir1, \ \* ' \ 'j *-' \\ i ' \i TO) E. w UJ , ..' \

1 du - () ,. ^ ^ - " , \Calculation of Expenditure Days Credits ^, " 'i M\, ,, ^r/r'i 1 v.'i'- i 1 ' ~^L^-~-Total Expefjdltujres;!'. '-. ;^^-— — — "^~"

S ''^^ -i- 15

L —— l Totel Days Credits

-

Instructions Total Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected in cplu^nns et right.

Date Jfa Reco

Certification Verifying Report of Work

Mining Claims Traversed (List in numerical sequence)Mining Claim

Prefix Number

59; j 4- D

42.

59; J 44.

597/07

597;;;

Expend. Days Cr.

Mining ClaimPrefix Number

o

t-./o 7;3

6 28 S/ J

Expend. Days Cr.

Total number of mining claims covered by thii report of work.

f̂ -r J(VC l 'O l

Total Days Cr. Date Recorded Recorded

l hereby certify that l have a personal and intimate knowledge of the facts set forth in the Report of Work annexed hereto, having performed the work or witnessed same during and/or after its completion and the annexed report is true.Name and Postal Address qfPerson Certifying

M

cd/~^.

.51

4 k

. i -

c-''

M

M^ NO

fi

(M^rrjV

Ministry of Natural

_ Ragflurces Ontario J^

GeotechnicalReportApproval

File

Mining Lands Comments

lo: Geophysics

Comments

[~1 Wish to see again with correction*

To: Geology - Expenditures

Comments

i Approved f~\ W ish to see again with correctionsDate Signature

DTo: Geochemistry

Comments

[~j Approved f~l Wish to see again with correctionsDate Signature

[ [TO: Mining Lands Section, Room 6462, Whitney Block. (Tel: 5-1380)

1593 (81/10)

160

2.5739August 19. 1983

Mr. UIIHaM L. GoodMining RtcordtrMinistry of Natural Resources60 Milton AvtnutTlMMlns. OntarioP4N 2S7

Otar Sir:

Mt havt rtctlvtd rtports and naps for an Alrbornt fitophyslcal (EltctroMagnttlc and MagnttoMtttr) survty subnltttd on •Inlng claim P 591138 tt al In tht Townships of Deloro and AdaMS.

This Material will bt txanlntd and asstsstd and a stattMnt of asstssMtnt work crtdlts will bt Issutd.

Yours vary truly,

E. F. AndtrsonDlrtctorLand Mtnagtweiit Branch

Uhltnty Block. ROOM 6450Quttn's ParkToronto. OntarioM7A 1U3Ttltphont: (416) 965-1380

A. Barr/as

cc Dr. D. R. Pykt Thornhlll, Ontario

D. R. Pyke and Associates Inc.Duibaiik Olive

Willowdalti, OnUiiu M2K 1N9 ———

Telephone (

7? d?-L/

^Jfor 84 //)

LANDS

oM en

Ontario

Ministry of Natural ResourcesGEOPHYSICAL - GEOLOGICAL - GEOCHEMICAL

TECHNICAL DATA STATEMENT

File.

TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.

Type of Survey(s) Township or Area Claim Holder(s)

Survey r-nmpany

Author of Report AddressCovering Dates of Survey.

Total Miles of Line Cut —

MINING CLAIMS TRAVERSED List numerically

(linecutting to offiot)

SPECIAL PROVISIONS CREDITS REQUESTED

ENTER 40 days (includes line cutting) for first survey.ENTER 20 days for each additional survey using same grid.

Geophysical—Electromagnetic.—Magnetometer_—Radiometric———Other_______

DAYS per claim

Geological.Geochemical.

AIRBORNE CREDITS (Special provision credits do not apply to airborne lurvcyi)Magnetometer.j^Q—Electromagnetic ^-Q— Radiometric ————

(enter day. per claim)

DATE: -—:— - -^f ^X Author of Report or Agent

Res. Geol.. .Qualifications.Previous Surveys

File No. Type Date Claim Holder

.AW&--0..1983..

(prefix) (number)

MINING LANDS SECTION

TOTAL CLAIMS-

837 (5/79)

SELF POTENTIAL Instrument————————————————————————————————————————— Range.Survey Method .^—^—^—-—^^———^-.———.———^^^^^^^—^^^^^^^-^^^-^

Corrections made.

RADIOMETRIC Instrument ___Values measured.

Energy windows (levels) —————^^^^^^^^^^—^——-——————-^—^-^—^—^^

Height of instrument ____________________________Background Count.

Size of detector^^^^——————.^^-^^^^^^—-^^^^^^—^^^—^^^—^^^—

Overburden —-^-^^-^^^——^—^^———————^^—-—————.———.——.———(type, depth — indude outcrop map)

OTHERS (SEISMIC, DRILL WELL LOGGING ETC.) Type of survey_________________________ Instrument ̂ ^—^^——^-——-—^^^-^^^^-——— Accuracy^^————-—^^—-—^^^^^————————Parameters measured.

Additional information (for understanding results).

AIRBORNE SURVEYS Type of sinwy( s) A/

Instrument(s)(specify for each type of survey)

Arnirary(specify for each type of survey)

Aircraft . .^H -g^O/3 r -Sf i) A A)

SensorNavigation and flight path recovery

TiuAircraft altiti.He .2.Sn*3ef^ __________________ Line SpacingMiles flown over total arpa /8)*4- f^Si'S /s/) A /g/A^^ia^sJOver claims only 42.. f

r

6Z8-5/3

603 833 62-Q-S44-

603302.

63360.

633237

6/0 3io6/O S//6/0 3^ 633^436/07/0 65A6/0 7// 6^) 6/07/z 65;6/O7/3

6/065^353

6/O3076333-70 68337/