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2.13721 ADAMS010

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GEOPHYSICAL REPORT

ON AN

INDUCED POLARIZATION SURVEY ADAMS TOWNSHIP, Porcupine Mining Division

FOR

BELMORAL PORCUPINE RESOURCES LIMITED

RECEIVED

MUUN& SKTIOH

Prepared by:

R. J, MeikieEXSICS EXPLORATION LIMITEDNovember 11, 1987

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42A86SWW22 2.18781 ADAMS

TABLE OF CONTENTS

O10C

INTRODUCTION. . . . . . . ,

LOCATION AND ACCESS . . . .

CLAIM STATUS . . . . . . .

PERSONNEL . . . . . . . . ,

SURVEY PARAMETERS . . . . .

POLE-DIPOLE ARRAY . . . . .

GRADIENT ARRAY , . . . . .

RESULTS AND RECOMMENDATIONS

CERTIFICATION

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L 7WL 5WL fcWL 3WL 2WL 1WL 0L 0L IE

a sa=a-a^a =a*a =a=a =

25m25m25m25m25m25m25m50m50m

Figure Figure Figure Figure

123 It

IP PSUEDO SECTIONS

pole-dipole pole-dipole pole-dipole pole-dipole pole-dipole pole-dipole pole-dipole pole-dipole pole-dipole

LIST OF FIGURES

Location Map Road Location Map Claim Block Sketch Linecutting Sketch

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APPENDICES

Appendix A EDA IP-2 Two Dipole Time Domain ReceiverAppendix B Induced Polarization TranxmittersAppendix C Fraser Filter Methods

lINTRODUCTION

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An Induced Polarization survey was conducted on an 8

m c laim property in Adams Township, Timmins, Ontario. The

Induced Polarization survey was carried out on a contract

l basis by Exsics Exploration Ltd., Timmins, Ontario, for

Beimoral Porcupine Resources Limited.

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The purpose of the survey was to follow-up a previous .

magnetometer/VLF-EM survey testing several anomalies for anyl indication of sulphide mineralization prior to a diamond

drilling program. This report will deal with the

g interpretation of the current I. P. survey and its correlation

I with the previous surveys.

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LOCATION AND ACCESS

The property is located in the north central part of

Adams Township approximately 8 miles south of the city of

Timmins, Ontario.

Access to the property is via a good all-weather road

which extends south from Timmins along the west side of Adams

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iTownship. A gravel road goes out from here along the south

l edge of the property {Figures l it 2).

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CLAIM STATUS

The property consists of 8 contiguous, unpatented mining

claims in the Porcupine Mining Division. The claims are held

in the name of Belmoral Porcupine Resources Limited, 27 Queen

St. E., Toronto, Ontario, M5C 2M6. The claim numbers are as

follows:

LOCATION CLAIM NUMBER

Adams Township P-814128

P-8U129

l " P-8U130

P-8UI3I

P-8U132

P-8H133

P-8U13&

P-8U135

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ONTARIO

CASTHAM

aUEBECHOOS

HEARST

PROJECT m AREA^.fftW

WIOS

•autvuoM

•SENNCUfiftE

VSUgBURY

NORTH BAY

• CHBOUOAHAU

HOKTRCAL

OTTAWA

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BELMORAL PORCUPINE

LOCATION MAP

scale: 1" a 125 milesfig. 1

"":, ir?.l BELMORAL PORCUPINE

LOCATION MAP1: 100,000 FIC- 2

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DELORO TWP.

3M

ADAMS TWP.

814133

814132

814128

814131

814129

814130

814134

814135

BELMORAL PORCUPINE

CLAIM BLOCK SKETCH

.'s 1/4 mile FIG. 3-

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DELORO TWP.

3M

ADAMS TWP.

UJ2:o o BL 090 0

BELMORAL PORCUPINE

LINECUTTING SKETCH

1Vr 1/4 mile FIG. 4

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PERSONNEL

The following personnel were directly involved with the

project between April Hf - May 2, 1987:

Wayne Perry Timmins, Ontario

Gerry Boucher Timmins, Ontario

Peter Rasmussen Bancroft, Ontario

Ed Brunet Timmins, Ontario

SURVEY PARAMETERS

The method IP involves applying voltage across two

electrodes in a pulsed manner i.e. 2 seconds on, 2 seconds

off. A second "dipole" or electrode pair, measures the

residual potential or voltage between them after the voltage .

is shut off or during the 2 second off cycle. The potential

is recorded at different times after the shut off. If, for

example, there is sulphide mineralization within the measuring

dipoles, they will be polarized or charges set up in the

sulphide particles. This polarization gives the zone a

capacitor effect, thereby blocking the current delay giving a

higher chargeability reading.

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A typical signature for many gold showings would be a

l chargeability high, resistivity high and magnetic low. This

would be characteristic of a mineralized, highly altered

carbonitized and/or silicified zone. However, this is by no

B means the only geological setting for gold, therefore every IP

profile should be looked at individually and correlated with

l all other geophysical-geological data..

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Because of the dry sand cover over most of the grid, a

Pole-Dipole array was used with a spacing of 25 m. Lines 7W,

5W, 4W, 3W, 2W, 1W, O were surveyed using a Pole-Dipole array

with a 25 m. *a' spacing. Lines O, IE were re-surveyed with a

Poie-Dipole array and a 50 m. ^a' spacing. Lines O and IE

were also surveyed using a Gradient array.

PARAMETERS

Method Time Domain

Electrode Array Pole-Dipole and Gradient

"a" spacing 25 m and 50 m

Pulse Duration 2 seconds on, 2 seconds off

Delay Time 900 ms

Integration Time &50 ms

Receiver EDA IP-2

Transmitter Scintrex TSQ-3 3kw

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POLE-DIPOLE ARRAY

In this array, one electrode is fixed at an infinite

point from the grid and one pole or current electrode plus a

dipole or two potential electrodes are moved in unison about

the grid. In this case, the "a" spacing or distance between

the two receiving potential electrodes was fixed at 100 feet

while the distance between the moving current electrode and

the nearest potential electrode was 100 feet, 200 feet and 300

feet, corresponding to N s l, 2 and 3 on the psuedosections.

GRADIENT ARRAY

In this array, two electrodes (CI and C2) are placed a

fixed distance off each end of a survey line. A voltage is

applied across these two electrodes and a continuous 2 second

on 2 second off pulse is maintained. A receiver dipole of 100

feet is moved along the CI C2 line as well as parallel lines.

Only the middle third section is surveyed to encure that

neither CI or C2 influence the dipole. The plotting point is

in the middle of the receiver dipole. This array generates

one chargeability reading and one aparent resistivity reading

every 100 feet along the lines surveyed. A conductive

sulphide zone would yield a high chargeability-low resistivity" while a disseminated, silicified altered sulphide zone would

have a high chargeability and a high resistivity.

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RESULTS AND RECOMMENDATIONS

f The surveys were unsuccessful in delinlating any obvious

anomalies. The pole-dipole array with a 25 m "a" spacing

appears to have worked well. The survey penetrated the

overburden in all cases. Lines O and IE are the more important

lines and as no anomaly was found, both a larger "a" spacing

and a different electrode array (gradient) was tried.

Respectfully Submitted,

R.J. Meikle

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I, Raymond Meikle of Timmins, Ontario hereby certify that:

1. I hold a three year Technologist Diploma from the Haileybury School of Mines, Haileybury, Ontario obtained in 1975.

2. I have been practising my profession since 1973 in Ontario, Quebec, NWT, Manitoba, New Brunswick, Nova Scotia for Teck Exploration Ltd., MetalIgeslIschaft Canada Ltd., Rayan Exploration., Sabina Industries Ltd., and most recently Exsics Exploration Ltd.

3. I have based conclusions and recommendationscontained in this report on knowledge of the area, my previous experience, and on the results of the field work conducted on the property during April, 1987 which was carried out under my overall supervision.

k. I hold no interest, directly or indirectly in this property other than professional fees, nor do I expect to receive any interest in the property or in Belmoral Porcupine Resources Limited or any of it's subsidiary companies.

Dated this lith day of November, 1987 at Timmins, Ontario

R.J. Meikle

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Product informationIP-2 TWO DIPOLETIME DOMAIN IP RECEIVER

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•••-7-T-TS' v-vu.. - ; , -.^^,^^M^^^m'r:n'-^^m^i^^•ifymiia&sism. t? ' .ST - . .' * -~*f: i*. JK.t9.lEE

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MAJOR BENEFITS

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TWO DIPOLES SIMULTANEOUSLY MEASURED .

SOLID STATE MEMORY

AUTOMATIC PRIMARY VOLTAGE (Vp) RANGING

AUTOMATICALLY CALCULATES APPARENT RESISTIVITY

COMPUTER COMPATIBLE

EDA instrument* inc., Head Office.- 4 Thorncllffe Park Drive, Toronto, Canada M4H1H1 Telephone: J4161425-7800, Telex: 06 JJ222 EOA TOR, Cablet: INSTRUMENTS TORONTOin USA, EDA instruments inc., S1S1 Ward Road, Wheat Ridge, Colorado 80035 Telephone. (303) 422-9112

Specifications

Dipoles ...................... .Two simultaneous input dipoles.Input Voltage (Vp) Range .......... 40 microvolts to 4 volts, with automatic ranging and

overvoltage protection.Vp Resolution .................. 10 microvolts.Vp Accuracy ................... D.3% typical; maximum W over temperature range.Chargeability Resolution ......... .1 y0.Chargeability Accuracy ....,..... .Q.3% typical; maximum 19fe over temperature range

forVp^OmV.Automatic SP Compensation ....... ± 1V with linear drift correction up to 1 mV/s.Input Impedance ................ 1 Megohm. -Sample Rate ................... 10 milliseconds.Automatic Stacking .............. 3 to 99 cycles.Synchronization................. Minimum primary voltage level of 40 microvolts.Rejection Filters................. 50 and 60 Hz power line rejection greater than

100 dB.Grounding Resistance Check ...... .100 ohm to 128 kilo-ohm.Compatible Transmitters.......... Any time domain waveform transmitter with a pulse

duration of 1 or 2 seconds and a crystal timing stability of 100 ppm.

Programmable Parameters ........ Geometric parameters, time parameter, intensity ofcurrent, type of array and station number.

Display........................ Two line, 32-character alphanumeric liquid crystaldisplay protected by an internal heater for low temperature conditions.

Memory Capacity ............... 600 sets of readings.RS-232C Serial I/O Interface ........ 1200 baud, 8 data bits, 1 stop bit, no parity.Console Power Supply ........... .Six-1.5V "D" cell disposable batteries with a

maximum supply current of 70 mA and auto power save.

Operating Environmental Range ..., -250C to *550C; D-100% relative humidity;weatherproof.

Storage Temperature Range ....... -400Cto *600C.. 4 Thorncliffe Park Drive,

Weight and Dimensions ........... 5.5 kg, 310x230x210 mm. Toronto, OntarioCanada M4H1H1

Standard System Complement ..... Instrument console with carrying strap, batteries and Je!?,X: 2* 25222 EDA, TOR ,Operations manual. Cable: Instruments Toronto

Available Options..........,..... Stainless steel transmitting electrodes, coppersulphate receiving electrodes, alligator clips, bridge EDA instruments incleads, wire spools, interface cables, rechargeablebatteries, charger and software programs. USA. eooss

(505)4229112

inted in Canada

TSQ Series Time and Frequency Domain Transmitters

The TSQ Transmitters have multifrequency, square wave outputs suitable for induced polarization and resistivity measurements in either the time or fre quency domain. Both the 750 Watt TSQ-2E and the 3000 Watt TSQ-3 transmitter consoles are powered by a separate motor generator.

These transmitters were designed primarily for use with the Scintrex IPR time domain and IPRF-2 fre quency domain receivers although they are com patible with most receivers. The standard frequen cy domain frequencies are 0.1,0.3.1.0 and 3.0 Hz while the standard time domain pulse durations are l, 2.4 and 8 seconds. Other frequencies and timings are optional.

The TSQ transmitters feature output overload, underload, thermal, input voltage overload and Other built-in safety protections. They have very favorable power/weight ratios, solid state circuitry and a high efficiency.

- Current amplitude'stabilization is an importantfeature of the TSQ Transmitters. The current can

, be held stable within ± 0.1 Ve for large external '-load variations or up to ±10Vo input voltage , variation.

P' The TSQ-2E Transmitter weighs only 11.5 kg but 'flives the following maximum outputs: 5A, 1000 V or 750 VA. The TSQ-3, weighing 25.0 kg has max imum outputs Of: 10A, 1500 V or 3000 VA.

TSQ Serie de Transmisores para Dominio del Tiempo y Frecuencia

Los transmisores TSO son de multifrecuencias y de onda cuadrada, utiles para medidas de polarizaci6n inducida y resistividad en el dominio del tiempo y de frecuencia. Tanto el TSQ-2E de 750 Watt, como el TSQ-3 de 3000 Watt son con- solas de transmisi6n que requieren energia de un motor-generador separado.

Estos transmisores fueron disenados, prin- cipalmente, para uso con los receptores Scintrex IPR en el dominio del tiempo e IPRF-2 en el dominio de frecuencia, pero sin embargo, son compatibles con muchos otros receptores. Las fre- cuencias standard son 0.1,0.3,1.0 y 3.0 Hz, en tanto que la duracion de pulsos en el dominio del tiempo son normalmente de 1,2,4 y 8 segundos. Otros tiempos y frecuencias son opcionales.

Los transmisores TSO tienen protecci6n incor- porada contra sobrecargas, bajos voltajes, efectos tgrmicos y otros. Tienen relaciones de poten- cia/peso muy favorables, junto a una alta eficien- cia y circuitos de estado s6lido.

Una importante caracteristica de los transmisores TSQ es la estabilizacibn de amplitud de corriente. La corriente puede mantenerse estable en ± 0.1 Vo bajo grandes variaciones del cargado exter- no, y hasta ± 10Vo.para variaciones de voltaje de entrada del motor.

EI transmisor TSQ-2E pesa solo 11.5 kg y tiene salidas maximas de: 5A, 1000V 6 750 VA. EI TSQ-3, que pesa 25.0 kg, tiene salidas maximas de: 10A, 1500V t5 3000 VA.

TSO-30000W

Polarizaci6n Inducida - Transmisores proBrie -

TSQ: Emetteurs en domaines de temps et de frequence.

Les emetteurs TSQ fournissent des sorties a plusieurs frequences d'ondes carrees convenant aux mesures de polarisation provoquee et de resistivity en domaine de temps ou de frequence. Les deux emetteurs de 750 W. modele TSQ-2E et de 3000 Watts, modele TSQ-3 sont alimonies par un groupe electrogene separe.

Ces emetteurs sont concus principalement pour une utilisation avec les recepteurs Scintrex de type IPR pour le domaine de temps et IPRF-2 pour le domaine de frequence, bien qu'ils soient com patibles avec la ptupart des recepteurs. Les fre quences standard en domaine de frequence sont de 0.1,0,3.1,0 et 3.0 Hz. cependant que les durees d'impulsion -en domaine de temps sont de 1,2,4 et 8 secondes. D'autres frequences et minutages sont facultatifs.

Les emetteurs TSQ-3 sont caractertses par des cir cuits de protection de sortie: de surcharge, de charge trop faible, thermique, d'entree de tension maximum et d'autres protections de securite in- corporees. l!s ont un rapport puissance/poids tres favorable, des circuits a semi-conducteurs et une haute ellicacite.

La stabilisation d'amplitude de courant est une caracteristique importante des emetteurs de type TSQ. Le courant peut ete maintenu stable a moins de ± 0.1 Vo pour de grandes variations de charge externe ou pour jusqu'a ± lO'/o de variation de tension d'entree.

Le poids de I'emetteur TSa2E est de 11.5 kg seulement et il a les maximums de sortie suivants: 5 A. 1000 V ou 750 volt-amperes. Le TSQ-3 qul pese 25 kg a les maximums de sortie suivants: 10 A. 1500V ou 3000 VA.

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frtoutrcy Penon: T m j tndl m 0.01. 0.S. LOW 10 Hi.n n nLJ U

TSQ-2E/7SO W

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FRASER FILTER METHOD A , .•t

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FRASER FILTER METHOD iOOUitC WEI9HUO P M

FilUrtd Volu***-\?S, Plot

11*4

METAL FACTOR CALCULATIONCHAROEABILITY X 2000 M X RfUSTIVITY

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Ministry ofNorthern Developmentand Mines

Geophysical-Geologlcal-Geochemlcal Technical Data Statement

Ontario

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)—

INDUCED POLARIZATION

ADAMS TOWNSHIP

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Survey Company EXSICS EXPLORATION LTD.

Author of Report.Address of Anthor P.O. BOX 1880, TIMMINS, ONT.

R- J- MEIKLE

Covering Dates of SmwyAPRIL 14, - MAY 2, 1987(linecutting to office)

Total Miles of Line Cut.———-———————....————.

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SPECIAL PROVISIONS CREDITS REQUESTED

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

DAYS percUiro

-Electromagnetic.-Magnetometer—.-Radiometric__

-Hther I. P. - 42

AIRBORNE CREDITS (Special provision credits do not apply to airborne surveys)

111

Magnetometer. .Electromagnetic. . Radiometric(enter days per claim)

HATR. Oct. 29/87 S^MATITPP. /j /*?.*JUi

Res. Geol. .Qualifications. 'A*

Previous Surveys File No. Type Date Claim Holder

BELMORAL PORCUPINE RESOURCES LIMITED

AujHor of Report or Agent

MINING CLAIMS TRAVERSED , List numerically

P 814128•••••.••••4*****t**4**********4***t*****l*****t*************

(number)•••••••••••••••••••••f f •••••••t***t****O*t*4*Ot*4**t****t*

*** ***** •••••••••••t ***t ••****t* •••K/T* Air*i^n************

..aims,

..ai.4i.ad.

..aa.4i.a5.

1 TOTAL CLAIMS.137 (85/12)

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4. GEOPHYSICAL TECHNICAL DATA

mGROUND SURVEYS — If more than one survey, specify data for each type of survey (

Niimher of Stations 384 Win^T "f Reading* 3 84

Station interval 25m T. in* sparing 100mProfile srale

Omtnnr interval

Instnimcnt

ArfflffCy — Seal'' ™nstarit ,

ninrnal rnrrertinn mtthnH

Pasr Station rherk-in interval (hours)

Base S^a^'^n location and value l-..., .

Instrument ,

Toil ronfigiiration

0"il separation

Accuracy. - ..., ,.. ....,.,,,.. -, .. .. . ,— .., ,.,, ., ..,,,, , ..,,,.,. .,,, .Method: D Fixed transmitter D Shoot back D In line D Parallel lineFrequency

1 (ipedfy V.L.F. lUtion) Parameters meacpreH

InstrumentSra|e constant

Oorrertions maHe

Base station value and location -.— ,...

Elevation arrnrary ———————————————————————————— —— - ——— - ——— - ————— .

inctr,, —— t RECEIVER - EDA IP-2Method S Time Domain D Frequency DomainParameters — fin time 2 SSCOndS FreCMienrv

nfftime 2 seconds Range— F^^ljiv t i in rf*

— Integration tint*"

Power 3000 wattsF.lmrorle array Pole-Dipole, Gradient ..., ,TTI^/^ft-rt^/* cno^inrv 3 — 2 ^7T1 3. s: SOni

Typf "f eiertrorfe Stainless Steel and porous pots

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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).

AJRBORNE SURVEYS Type of survey(s) ——— Instrument(s) —————

(specify for each type of lurvey) Accuracy——————————————

(specify for each type of lurvey) Aircraft used———————————-—————-—————.—^——Sensor altitude.Navigation and flight path recovery method.

Aircraft altitude———-—--—.——————.—..—.————-^^-^Line SparingMiles flown over total area—————————————————————Over claims only.

! GEOCHEMICAL SURVEY

'f Numbers "f rlaims from which samples taken.(A-'

,;. ' - - "

in -' - ' - - t

1 Total Number of SamplesType of Sample

1 (Nature of Material)^ Average Sample Weight. ,,

1 Method of Collection . . ,. ,.. ,. .

F Soil Horizon Sampled. ,f Horizon Development ,. ,..

SI.

i Simple DepthTerrain

^Drainage Development,Estimated Range of Overburden Thickness

SAMPLE PREPARATION(Includes drying, screening, crushing, ashing)

Mesh sJ7f of fraction used for analy*'*

s..... .

General

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- PROCEDURE RECORD 0

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ANALYTICAL METHODSValues expressed in: per cent O

p. p. m. O p. p. b. D

Cu, Pb, Zn, Ni, Co, Ag, Mo, As.-(circle)

Others

Field Analysis { tests)

Extraction MethnH

Analytical Method., .,,Reagents TIseH

Field Laboratory AnalysisNo ( tests)

F-xtracti^n Method _

Reagents TIseH

nnmmerrial T,ahnratory ^ tests)

Name of Lahoratory... ,.

Extraction Method

Analytical MethodReagents TIseH

General ————————————————————————

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Property : ADAMS TOWNSHIP "Client : BELMORAL PORCUPINE RESOURCES LTD.

Date of Survey s 20/4/87 Operator : WPElectrode Array : POLE - DIPOLE Mode i TIMfc DOMAIN Receiver : IP-2 Transmitter s SCINTREX IPC 7

* Pul*e Time : 2 Sec on 2 Sec off Delay Tine : 50O MS Integration Tie* : 920 ms

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Date of Survey : 2O/4/87

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Me*!** : 1 iPUi DOMAIN

Receiver : EDA IP- 1

Iranamitter : SCINTREX I Pt: 7

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Date of Survey : 20/4/87

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Integration Time : 700 ms

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Mintstry of Northern Affairsrf2n Mines*

Report of Work**

(Geophysical, Geological, "" Geochemical and Expenditures)

00 M,42A*6SW*02a Z . 10721 ADAMS 900

\j\j t iui use at coa uciuvv.Type Of Survey(s)

Claim Holderls)

A. o c . ., ' t- 'v C i. ij

Township or Area

Address•-J- ^

Prospector's Licence No.

JL^2-?-"

Survey Company

fcysio

J, f f 4^2

-C

Date of Survey (from 81 to)

3ay l Mo. | tVr. [ Bay | M6. j Yr.

Total Miles of line Cut

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

A- J"/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 eachl

Man D

Con and

Airboi

ays

nplete reverse side enter total (s) here

ONTARIO GEOLOGIC,

FE3' Tti

.eereW^C'E'l^

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

Geophysical

- Electromagnetic

- Magnetometer

- Radiometric

- Other

Geological

, /9 — ~

Geochemical

Geophysical

- Electro

i ei A4?3rxet *\. 5 u R Vt T

- Other) : 10.07]9fL' Zoological

•nagnetic

meter

Uric

', P

Electromagnetic

Magnetometer

Radiometric

Days per Claim

i i "1 ~

Days per Claim

Lf 2

Days per Claim

enditures (excludes power stripping)

lculation of Expenditure Days Cred""•~^—————™ Total Expenditures

L

InstructionsTotal Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected In columns at right.

Date Recorded Holder'or Agent (Signature)

Certification Verifying RepgH of Work

Mining Claims Traversed (List in numerical sequence)Mining Claim

Prefix

-

Number

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

Expend. Days Cr.

^. V'Q ̂

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 of Person Certifying

/P. 3 . l*.'/: l* ./V ,. /"y-Date Certified l Certified by (Signature)

Assessment Work Breakdown

Man Days are based on eight (8) hour Technical or Line-cutting days. Technical days include work performed by consultants, draftsmen, etc..

Type of Survey

Technical Days

Technical Days Credits

Line-cutting Days Total Credits

No. of Claims

Days perClaim

X 7 =

Type of Survey

Technical Days

X 7

Total Credits

X 7

Type of Survey

/l 6ft/

Technical Days

y z

f ? ff /^* /S.~s *) . ; 7 ^e-^ -C^.^fa, a..j, ,J {,Technical Days Line-cutting No. of Credits Days Total Credits Claims

X 7 ~ 3} t~ * ' 336 * g '

*/;, /JDays per Claim

s /y o

7 //* j /. f V'C

' W r t. 7 / i ft / ' st.'v. Tt''' ft-/) ( Putefa 5?( TSfj J

/ -'c-f

DELORO TWP.

5M

4M-

LU Oo:CL

3M

EM- -

IM- -

———— —j 88O4OS

— ™, —.——,

I—————

" —————-

———

—— ————

Popattomeft'e

MCARTHUR TWP.

2.10721 ADAMS SOO

LEGEND

HIGHWAY AND ROUTE No.

OTHER ROADS :TRAILSSURVEYED LINES:

TOWNSHIPS. BASE LINES. ETCLOTS. MINING CLAIMS. PARCELS. ETC

UNSURVEYED LINESLOT LINESPARCEL BOUNDARYMINING CLAIMS ETC

RAILWAY AND RIGHT OF WAY

UTILITY LINES

NON PERENNIAL STREAM

FLOODING OR FLOODING RIGHTS

SUBDIVISION OR COMPOSITE PLAN

RESERVATIONS

ORIGINAL SHORELINE

MARSH OR MUSKEG

MINES

TRAVERSE MONUMENT

DISPOSITION OF CROWN LANDS

TYPE OF DOCUMENT

PATENT. SURFACE St M INING RIGHTS

. SURFACE RIGHTS ONLY———

.MINING RIGHTS ONLY ————

LEASE. SURFACE Si MINING RIGHTS —

" .SURFACE RIGHTS ONLY ————

" .MINING RIGHTSONLY————

LICENCE OF OCCUPATION .___.———

ORDER-IN-COUNCIL .———-——.—^

RESERVATION ____^________

CANCELLED ——————^-^—.,^—

SAND A GRAVEL ——^^-^—^——

SYMBOL

e om H BT

oc©

NOTE: MINING RIGHTS IN PARCELS PATENTED PRIOR TO MAY 6. 1913. VESTED IN ORIGINAL PATENTEE BY THE PUBLIC LANDS ACT. R.S.O. 197Q. CHAP. 3SO. SEC. S3. SUBSEC 1.

500 1000

W B IO 20 3O *O SO SO 70Chains

soo a woo woo 3000 4000 * sow

SCALE 1:20 OOO

TOWNSHIP

ADAMSMN R. ADMINISTRATIVE DISTRICT

TIMMINSMINING DIVISION

PORCUPINELAND TITLES/ REGISTRY DIVISION

COCHRANE

Ministry of Ministry ofNatural Northern DevelopmentResources and Mines

OntarioOat* SEPTEMBER, 1986

G-3925\J \J *S L—\J