ip sur rpt perron's grid 102€¦ · iv- data presentation.....3 v- discussion s....

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32D12SEe7ei 2.1217e HOLLOWAY 010

INDUCED POLARIZATION SURVEY

PERRON'S GRID 102

HOLLOWAY-MARRIOTT TWP.

KIRKLAND LAKE, ONTARIO

July 1988

RECEIVEDFEB 81989

LANDS SECTION

lm 3aoiasE*7ei a.iai7e HOLLOWAY 010C

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CONTENTS

I- INTRODUCTION.............................2

II- LOCATION 6 ACCESSIBILITY.................2

III- INDUCED POLARIZATION SURVEY..............2

IV- DATA PRESENTATION........................3

V- DISCUSSION S. INTERPRETATION. . . . . . . . . . . . . . 3

VI- CONCLUSIONS AND RECOMMANDATIONS..........7

IT i i i i i i i i i i i i i i i i l i

-2-

I- INTRODUCTION

During the months of April, May and June 1988, an induced

polarization survey was carried out on the Perron's grid 102

property, in an attempt to outline stratigraphic horizons of

disseminated sulfides.

II- LOCATION S ACCESSIBILITY

The Perron's grid 102 property located at the northeast corner

of Holloway Twp. and at the northwest corner of Marriott Twp. in

Northern Ontario. Situated at about 50 kilometers north-northeast of Kirkland Lake, Ontario, and is accessible via Harker-Holloway

access road up to highway 101 going east to Holloway Lake from therei

l -1/2 to 2 miles south by muskeg road. The east part of the propertycross the highway 101 from line 30 E to line 47 E, the east part of

the property is at 7,0 Km from the Quebec border.

The Perron's (grid 102) propertyconsists of 97 mineral claims.

The survey was conducted on claims:

PERRON'S (GRID 102) CLAIMS;

980255 to 980316 (62)

980323 to 980325 (3)

980332 to 980359 (27)

980467

981409

981410

982884

982975 = (5) .

97 CLAIMS

III- INDUCED POLARIZATION SURVEY

The dipole-dipole induced polarization survey was carried out

over a 200 meters grid line system. A total of 63,8 kilometers of

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-3-

50 meters spreads ^1 to 3 and some to NM. The .25 S 4.0 hertz frequencies were used during the survey. A Phoenix I.P. V-l receiver and l.P. T-l transmitter was used to carry out the survey with a generator of 2.0 Kw.

The data has been plotted on pseudo-section. The induced pola rization method is mainly used to detect disseminated metallic sulfides. The frequency effect is derived from a normalized different frequencies. The frequency effect anomaly intensity is related mainly to the total surface of disseminated sulfide grains and the percentage of disseminated sulfides in the rock and sulfide grain size.

IV- DATA PRESENTATION

The maps and pseudo-sections of the calculated apparent resis tivity and percentages of frequency effect are included in this report.

1) Surface projection of the interpreted I.P. anomaly zone;2) Frequency effect, surface projection of N=3;

3) Apparent resistivity, surface projection of N^S;4) Apparent resistivity, frequency effect and metal factor

pseudo-sectons are presented in this book.

V- DISCUSSION St INTERPRETATION

Numerous complex anomalous patterns have been observed from the obtained data. Examination of the pseudo-sections reveals 13 anomalous zones.

Anomalous zone 11Anomalous zone #1 start from line 26+00 W to line 14+00 W.

Line 26+00 W between 5+00 S to 5+50 S shows a lower resistivity of

about 250 to 450 Ohm-meters with a frequency effect of about 1.31 at N=3 St 4.

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-4-

Line 24+00 W shows about the same as line 26 W. On line 24+00 W, the conductor between 4+25 S to 5+00 S with F.E. of about 1.01 about

10 times the background of .1*. Line 24 and 26 W are in flat ground

covered by clay. The response shows weaker due to the overburden

(clay).

Line 22 W between 4+00 S show an increase in F.E. at Ns 3 and NM up to 1.6% about 15 times the background of .1*. This

conductor in a higher resistivity close to the hill.

Line 20 W shows a conductor between 5+00 S to 5+50 S with F.E.

of about 2.0*^ in a higher resistivity. Couldn't get the readings

past 5+50 S due to the cliff (no contact for electrodes).

Line 18 W shows a conductor between 4+50 S to 5+50 S about the

same as line 20 W.

Line 16 W and 14 W show a weaker anomaly between 4+50 S to 5+50 S in a higher resistivity of up to 10,000 Ohm-meters and F.E.

of up to 1.9%. The high resistivity is due to outcrop close to

surface couldn't do the line further south due to the high hill

(cliff) bad contact. For anomalous zone #1, line 26 W, 24 and 22 W

show to be the best line for a drill hole.

Anomalous zone 12Anomalous zone #2, on line 8 W and 10 W, shows to be weak

response. On line 10 W, the conductor is between 8+50 S to 9+50 S

on a high hill resistivity of up to 50,000 Ohm-meters and F.E. of

up to S.3%.

Line 8 W between 10+50 S to 11+75 S in high resistivity of about

30,000 Ohm-meters with F.E. of up to e.5%. For the line 8 W and

10 W a close look at the rock type on top of the hill to see if that

conductor is due to sulfide or magnetite before attempt any drilling

in that area due to rough topography.


-5-

Anomalous zone f3Anomalous zone #3, on line 2 E and 4 E. Line 2 E shows a higher

F.E. of about g.0% to 11.(^ at N**3 and 4 between station 5+50 N to

6+25 N in a resistivity of about 5,000 to 9,000 Ohm-meters.

Line 4 E between 4+25 N to 5+00 N F.E. of up to 6,73; in a lower

resisstivity of about 2,000 to 3,000 Ohm-meters. Line 2 E shows to be the best line to do any drilling for anomalous zone #3.

Anomalous zone #4Anomalous zone #4, on line 16 E, shows a weak zone between 11 N

to 12 N F.E. of up to 6.21; in a high resistivity zone of about 30,000

Ohm-meters. This conductor should be check on surface, outcrop close

to surface to see the cause of that increase in F.E. if it due to

sulfide.

Anomalous zone f5Anomalous zone #5, on line 26 E to 28 E, this conductor shows a

weak response. The increase of F.E. of up to 6.0% with a very high

resistivity could be due to that very high resistive zone of about

80,000 to 200,000 Ohm-meters. A close look at surface on line 26 E

between 7+50 N to 9+00 N for alteration zone.

Anomalous zone f6Anomalous zone #6, on lien 18 E to 22 E, shows weak response.

Line 22 E between 5+50 S to 6+50 S shows F.E. of about 1.41 in a lower

resistivity of about 200 Ohm-meters. Line 20 E shows a weak response

betwen 5+00 S to 6+00 S in a lower resistivity of about 200 to 300

Ohm-meters at ^2, 3 with F.E. of about .9%.

Line 18 E, between 4+50 S to 5+50 S shows a weak response in

F.E. in a medium resistivity of about 1500 to 2,000 Ohm-meters with

an increase in metal factor for line 18 E, 20 E and 22 E.


-6-

Anomalous zone #7

Anomalous zone #7 between line 30 E to 38 E. Line 30 E shows

a weaker response between station 6+00 S to 6+50 S small increase

in metal factor.

Line 32 E about the same as line 30 E, between 6+00 S to 6+75 S,

small increase in F.E. of about 2.^ in a lower resistivity of about

1500 Ohm-meters.

Line 34 E, zone between 6+00 S to 6+75 S, good increase in metal factor fue to lower resistivity.

Line 36 E, zone between 6+50 S to 7+50 S with F.E. of about

4.0% in a lower resistivity of about 400 Ohm-meters with an increase in metal factor.

Line 38 E, zone between 7+50 S to 8=50 s an increase in F.E. of up to 1.5% in a low resistivity.

For anomalous zone #7, the best line for any drilling is line

36 E.

Anomalous zone #8

Anomalous zone #8 is caused by a steel pipe 3' diameter that

cross the highway 101.

Anomalous zone 19

Anomalous zone #9, on line 40 E and 41 E. On line 40 E f between

station 0+50 S to BL. a low resistivity down to 100 Ohm-meters with

F.E. of about 7.0% at 13=3 S Ns 4 narrow zone probably shear or fault

zone at about 60 to 80 meters deep below surface. Line 41 E shows

weaker response on F.E. 1.0% to 1.^. The same low resistivity low at ^3 as line 40 E. Best line to drill is line 40 E between 04-50 S

to BL..

Anomalous zoen f10Anomalous zone #10, on line 41 E at station 0+75 N to 1+25 N,

shows an increase of up to 1.0% in F.E. in a higher resistivity 1,500 to 2,000 Ohm-meters. This zone is covered by clay it may shows

a weaker response due to the clay.


-7-

Anomalous zone f11

Anomalous zone #11, on lien 38 E, shows a weak response at Ns 3 with F.E. of I,Q* in resistivity of about 500 Ohm-meters.

Anomalous zone #12

Anomalous zone #12, on line 36 E and line 44 E didn't pick up on line 38 E. Line 36 E between 6+00 N to 7+00 N F.E. of about S.0%

at N=3 to 4 in a higher resistivity. Line 40 E shows a better shape

anomaly between 500 N to 600 N in a lower resistivity of about

400 Ohm-meters with F.E. of about 1.2% about 10 times the background of .life flat area covered by clay.

Line 40 E shows to be the best line for any drilling of anomalous zone #12. Line 42 E between 4+25 to 5+00 N, F.E. of up to 1.0?; in

a no change in resistivity, small increase in metal factor of about

6 times the background. Line 44 E between 3+50 N and 4+00 N same

as line 42 E.

Line 46 E, between 2+75 N to 3+25 N, increase in metal factor

of up to 2.0 to 2.5** in M.F.. Zone #12 should be tested by drilling

on line 40 E and second choice, line 44 E.

Anomalous zone #13

Anomalous zone #13, between L-44 E to 46 E. Line 44 E between, 2+25 N to 2+75 N, increase in F.E. of up to 1.4% about 14 times the

background of . ^ in a no change of resistivity.

Line 46 E between 1+50 N to 2+00 N in a higher resistivity of

about 3,000 Ohm-meters. Best line to drill is line 44 E for anomalous

zone #13. This zone is in flat area covered by clay.

VI- CONCLUSIONS AND RECOMMANDATIONS

The survey revealed 13 anomalous zones. Out of the 13 anomalous

zones, six zones of interest for any drilling is zone #1, 3, 7, 9,


-8-

12 St 13. One cause by a steel pipe under highway 101, zone 18.

Zones 2, 4, 5, 6, 10 S 11 show to be weaker in response put should

be check at surface for sulfide or the possible cause of the response.

Sincerely yours ," '

REMY BELANGER, Geophysical contractor.

PERRtx ~s 7nc~

LEGENDGOLD ZONEOtformoiion ion*Foul!

Airbornt EM onomolyH.jd.cj No 101

Inclini Hint Iliad

Properly Locotiont Of

PERREXRESOURCES INC

and

PERRONS'HARKER - HOLLOWAY

GOLD AREAHOLLOWAY and MARRIOTT

ports of

TANNAHILL end DOKISTOWNSHIPS

LARDER LAKE MINING DIVISION DISTRICT OF COCHRANE. ONTARIO

PERRONS'

ano 32oiesE07ei s.iai7e HOLLOWAY 300

Ministry ofNorthern Developmentand Mines

Ministere du D6veloppement du Nord et des Mines

April 5, 1989

Mining Lands Section 3rd floor, 880 Bay Street Toronto, Ontario M5S 1Z8

Telephone: (416) 965-4888

Your file: W8908-029 Our file: 2.12170

Mining RecorderMinistry of Northern Development and Mines4 Government Road EastKirkland Lake, OntarioP2N 1A2

Dear Sir:

Re: Notice of Intent dated February 22, 1989 Geophysical (Induce polarization) Survey submitted on Mining Claims L 980255 et al in the Townships: of Mo Howey and ilariott.

The assessment work credits, as listed with the above-mentioned Notice of Intent, have been approved as of the above date.

Please inform the recorded holder of these mining claims and so indicate on your records.

Yours sincerely,

W.R. CowanProvincial Manager, Mining LandsMines A Minerals Division

/}8AB:eb Enclosure

cc: Mr. G.H. FergusonMining and Lands Commissioner Toronto, Ontario

The Perron Gold Corp. Kirkland Lake, Ontario

Resident Geologist Kirkland Lake, Ontario

Remy Belanger Evain, Quebec


Technical Assessment Work Credits

Date FEBRUARY 22,1989

File 2.12170

Mtnlno Recorder* Report ofWorltfloW8908.029

Recorded HolderTHE PERRON GOLD CORPORATION

Toxvnthlp or AreaHOLLOWAY MARIOTT

Type of survey and number of Assessment days credit per claim

Geophysical

Elertrnmitgnntic itay^

Badiomotrio ,. , ....., ......., days

InH.ir-ort pnlnrijatinn 40.40 ttayt

Othnr rfnyt

Section 77 (19) See "Mining Claims Assessed" column

fienlofjii-al riayt

Rporhemiral ri*y*

Man days 0 Airborne f~1

Special provision Q Ground Q

Q Credits have been reduced because of partial coverage of claims.

Q Credits have been reduced because of corrections to work dates and figures of applicant.

Mining Claims Assessed

L 980255 to 980297 to 980323 to 980329 to 980336 to 980467 981409-10 982884 982975

293 inclusive 317 325 334 " 359

Special credits under section 77 (16) for the following mining claims

No credits have been allowed for the following mining claims

^] not sufficiently covered by the survey Q insufficient technical date filed

L 980294-95-96

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical - 80; Geologocel -40; Geochemical - 40; Section 77(19)-60.

828 (85/12)


i

Report of Work

(Geophysical, Geological, Geochemical and Expenditure

Yfi ^\A Mining Act

NOI"*" K*lont: ~ Weate type or print.- If number of mining claims inverted

exceeds spec* on this form, attach a list. Not*: - Only days credit* calculated In the

"Expenditures" section may be entered in the "Expend. Day* Cr." columns.

- Do not use shaded areas below.

SURVEY -"INDUCED POLARIZATION MARRIOTTProtp*ctort Licence No.

T-4932CI" l ll Holder (t)

Tfe PERRON GOLD CORPORATIONTd3 GOVERNMENT ROAD EAST, KIRKLAND LAKE, ONTARI'O P2N IA9

Survey Company

REMY BELANGER ENR.rvey (fr Total Mile* of line Cut

105 MILESleal

, QUEBEC JOZ IYOCredits Requested per Each Claim in Columns at rightSpecial Provisions

For firs

For eacusing th ^ se me g

Ent

Man Day*

Complete reverse tide and enter total(s) here

ftECElVt;

-- 31983

M.M'MQ LANDS St O

Airborne Credits

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

Geophysical

ranrfi*5/ tlectromaor itic

Geochemical

Geophysical

- Electromagnetic

IV Magnetometer

Radiometric

Other I i P t

Geochemical

Electromagnetic

Magnetometer

Radiometric

Expenditures (excludes power stripping)

Mining Claims Traverted (List in numerical sequence)Days per

Claim

Day* per Claim

Mining ClaimPrefix Number

- 980255980256980257980258980259980260980261980262980263980264980265

Days perClaim

980266980267980268980269980270980271

Type of Work Performed

Performed on

Calculation of Expenditure Days Credit*

Total Expenditures

InstructionsTotal Oayt Credits may be apportioned at the claim holder's choice. Enter number of dayt^credits per claim selected in columns at right.

980272980273980274980275980276380277

Expend. Days Cr.

Mining ClaimPrefix Number

L- 980278980279980280980281980282980283980284980285980286980287980288980289980290980291980292980293980294980295980296980297980298980299980300

Expend. Deys Cr.

Total number of mining claims covered by this report Of work. 101

Retarded Hblrf*r or) Agent (Signature)Date

ANUARY 19/89Certification Verifying Repoh\of Wbrk

1 hereby certify that 1 haw 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 it true.

Name and Postal Address of Person Certifying

ALEXANDER H, PERRON, 103 GOVERNMENT ROAD EAST,/"~ ""N

\ )KIRKLAND LAKE, ONTARIO P2NIA9

Data Certified

JANUARY 19,198?Celtic ad by ISto"*'*/']/

AMTtnrx-1362 (85/121

PAGE -2-

L-980301 L-980302 L-980303 L-980301 L-980305 L-980306 L-980307 L-980308 L-980309 L-980310 L-980311 L-980312 L-980313 L- 9803 11 L-980315 L-980316 L-980317 L-980323 L-98032/1 L-980325 L-980329 L-980330 L-980331 L-980332 L-980333 L-980331 L-980336 L-980337 L-980338 L-980339 L-980310

L-980311 L-980312 L-980313 L-980311 L-980315 L-980316 L-980317 L-980318 L-980319 L-980350 L-980351 L-980352 L-980353 L-980351 L-980355 L-980356 L-980357 L-980358 L-980359 L-980167 L-981109 L-981110 L-982881 L-982975

Mineral Oeveldpmelit; Irlt .^w^,^, Ministry of Northern DeveiopnilHt3 880 Bay Street, 3rd Floor, Toronto, Ontario M5S IZ8

Dear Arthur:

RE: Induced Polarization Survey Report for Holloway and Marriott Townships Larder Lake Mining Division_______

Enclosed herewith please find a duplicate copy of the following:

- Report dated July 1988, by Remy Belanger entitled:

Induced Polarization Survey Perron's Grid 102 Holloway-Marriott Townships Kirkland Lake, Ontario

I trust this is the information required to correspond with the Report of Work filed concerning the above noted township.

Yours truly,

PERRONSRECEIVED

B 1989

Mary Greer Geological Technician MG/p Ends.

MINING LANDS SECTION


Geophysical-Geological-Geochemical Technical Data Statement

Ontario 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 surveys) INDUCED POLARIZATION SURVEY Township or A™* HOLLOWAY S MARRIOTT,——-,,—. Claim HniH.w.) THE PERRON GOLD CORPORATION

103 GOV'T RD.E.KIRKLAND lAKE.QNT Survey Company REMY BELANGER ENRG.————Author of Report REM.Y BELANGER^—————-,^-Address of Author BOX W), EVAIN. QUE JOZ IYOCovering Dates of Survey.

Total Miles of Line(linecutting to office)

105 MILES APPROXIMATELY

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——

T . p ,

DAYS per claim

Geological.Geochemical.

AIRBORNE CREDITS (Special provision credit! do not apply to airborne lurveyi)

Magnetometer

DATE

Electromagnetic. . Radiometric(enter dayi per claim)

SIGNATURE

Res. Geol.. .Qualifications.Previous Surveys

File No. Type Date Claim Holder

MINING CLAIMS TRAVERSED List numerically

L-

L-980255

li

1-"

..98Q262, 980263..980264.,980265..980266.,980267..98026&.980269

980271

Lfc.980275

,L- 980277

.U..................................98Q2Z8..........L- 980279 .U..................................98Q280L.......L- 980281.U..................................9&Q282..........L- 980283

L- 980285 .U........................ .....98028&.........L- 980287

T-'

l?"

980289'9KOZ90"980291"9HOZ92198029:980295

TOTAL CLAIMS. 101

l

837 (85/12)

L-980296 L-980297 L-980298 L-980299 L-980300 L-980301 L-980302 L-980303 L-980304 L-980305 L-980306 L-980307 L-980308 L-980309 L-980310 L-980311 L-980312 L-980313 L-980314 L-980315 L-980316 L-980317 L-980323 L-980324 L-980325 L-980329 L-980330 L-980331 L-980332 L-980333 L-980334 L-980336 L-980337 L-980338 L-980339 L-980340

L-980341 L-980342 L-980343 L-980344 L-980345 L-980346 L-980347 L-980348 L-980349 L-980350 L-980351 L-980352 L-980353 L-980354 L-980355 L-980356 L-980357 L-980358 L-980359 L-980467 L-981409 L-981410 L-982884 L-982975

GEOPHYSICAL TECHNICAL DATA

pRQUND SUR VK YS If more than one survey, specify data for each type of survey

Number of Stations Station interval Profile scale ———.Contour interval,

Number of Readings Line spacing ——-—-

Instrument.H Accuracy — Scale constant ;vj Diurnal correction methodSj Base Station check-in interval (hours).

Base Station location and value ————

ldc*H

W

InstrumentCoil configuration Coil separation — Accuracy ————— Method: Frequency————

Parameters measured.

Q Fixed transmitter D Shoot back O In line D Parallel line

(specify V.L.F. itation)

Instrument.Scale constant —— Corrections made.

C: Base station value and location,

O

H

E-' oooo

l H

Elevation accuracy.

instrument INSTRUMENT PHOENIX I. P. V^l RECEIVER S IP T-l TRANSMITTER

Method D Time Domain Parameters — On time .——

- Off time ———— Delay time -—-— Integration time.

2.0 KW____Electrode array — Electrode spacing , Type of electrode STEEL RODS

D( Frequency Domain9^ P li fi Frequency •*- y a H|U

Range

Ministry of AssessmentNorthern Development Workand Mines Breakdown

i. Type of survey ....J.NDyCE.D.Pp.LARIZAIIpN..SURREY.................................,.2. Township or Area ..JlQLLQWAY.MD.LWBJatl.MStUP................................

3. Numbers of Mining Claims Traversed by Survey t?.8.???.5. J.9.k"i80.3jL7..(jN.CLySJ.VE,,7. 63)

k-.??9.3.2.?IP. A:?.8.0.???. UNCLUS i VE ^3^ .L:?8.Q??.9.19. k-J980334..( J NCLU s;v E .f. .6) IP. A:?-8-0-???-.(. LNpL.4? I Y.E. .T. 2.1). k 9.804.67. -t. k 981409-t..

4. Number of Miles of Line Cut -...1Q5..MILE.S......... Flown ..__...................

*5. Number of Stations Established ..16-*300...............................................

*6. Make and type of Instrument Used PH.QEWJK.UP...V-1.AECEJ}flEB.A..UPJ..T-l.IRAl!l5]!U.ITER

*7. Scale Constant or Sensitivity ...Njf.l .TQ.Jl1:^..............................,...........

*8, Frequency Used and Power Output .j2Ji-S.rtw.WiR.~Gi^.w.lSr!

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

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

Total 8 hour Line-Cutting Days .....2Q............

Calculation

580 , 4060 20 4080 , 101 40,40 DAYSx 7 - + - 4-

Technical Line-cutting Number Assessment creditsof claims per claim

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

Dated: ...JANUARY .lg,. 1989 ....,.. signed:

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.(D) Submit in duplicate.

627 (85/12)

Details of Assessment Work Breakdown

FIELD WORK

Number of Type of Work Name t* Address ROUYN- Dates Worked 8 hour daysOPERATOR/PI ERRE FAUBERT/1467 PARADIS ST.NORANDA,QUE.|^8|^8-if^?8 62 --.....-.-..-....-..-. — -...,........................ Sg............OPERATOR/JEANGUY DUBE/235 8TH ST.,ROUYN-NORANDA,QUE " ' 62

OPERATOR/YVES BOUCHER/54 14TH ST., " " " " " 62

OPERATOR/YVON BOILY/ 2894 DU RUISSEAU " " " " " 62

OPERATOR/J.G.FAUBERT/142A 5th St., " " " " " 62

OPERATOR/RAYMOND LEVERT/767 LARIVIERE, " " " " " 62

CONSULTANTS

Number of Name 6t Address Dates Worked (specify In field or office) 8 hour daysREMY BELANGER ENR.,BOX 40, EVAIN, QUE FIELD 27/03/88 - 16/04/88..... ————— ........ ————— .........................

DRAUGHTSMAN, TYPING. OTHERS (specify)Number of

Name 6 Address Type of Work Dates Worked 8 hour days

P*!1^ FAUBERT/1.467 PARADIS ST.,ROyYN-NORANDA.QUE 16/05^88-04^06^88 DRAFTING~~^~rn7,^r~VnJ~~""~"""~"~""^SOPHIE BELANGER.BOX 40,EVAIN, QUE. 03/07/88 - 24/07/88 24..........................,................rg70g7gg:04;og;gr ..A .t^JEAN GUY DUBE,235 8TH ST,RQUYN-NORANDA.QUE.03/07/88-24/07/88 PUTTING MAPS TO- 44 ~...—...—...........—..,........ ...........................g..........

TOTAL 8 HOUR TECHNICAL DAYS 58Q

LINE-CUTTINGNumber of

Name Address Dates Worked 8 hour days

JQHJLA^S........JN.M^^ANITA HELIN " MARCH 13 - MARCH 22, 1988 10

--.-----..-.--.--.-..-.-.---..--..-----.--.-------.-------------------------- •-••o------

---.--.--.-....----..---.--.-w-.--.---.-----.-----..--..--------------------------------

20 TOTAL 8 HOUR LINE-CUTTING DAYS _____

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