McPHAR GEOPHYSI

REPORT ON THE

INDUCED POLARIZATION

AND RESISTIVITY SURVEY

IN

ELZEVIR TOWNSHIP,

BANNOCKBURN, ONTARIO

FOR

MADDEN AND OSBORNE PROSPECTING SYNDICATE

010

teROJECTS SECTION TORONTO

J lOEflfi fOCT281970 l

AM

1. INTRODUCTION

At the request of Mr. T.F. Madden* an induced polarization and

resistivity survey has been completed in Eleevir Township in the Bannockburn

area of Ontario for Madden and Osborne Prospecting Syndicate.

A test survey had been completed on the same survey grid in late

June and early July of 1970. Outcropping disseminated copper mine r a li r at ion

had prompted an interest in the area, as well as favourable aesay results of

grab samples of the outcrop. The test survey, which used 100 foot and 50

foot electrode intervals, located an anomalous zone which, corresponded with

the mineralized outcrop. The present survey was carried out using 200 foot

electrode intervals to try to determine whether the anomalous zone had any

depth extent.

2. PRESENTATION OF.RESULTS.

The induced polarization and resistivity results are shown on the

- 2 -

data plots in the manner described in the notes preceding this

report,

Line Flectrode Intervals Dwg. No.

12+OON 200 feet IP 5528-1

8f DON 200 feet IP 5528-2

4+OON 200 feet IP 5528-3

2+OON 200 feet IP 5528-4

00 200 feet IP 5528-5

2+OOS 200 feet IP 5528-6

Enclosed with this report is Dwg, I. P. P. 3448, a plan map of the

grid at a scale of l" ~ 300'. The definite and possible induced polarisation

anomalies are indicated by solid and broken bars respectively on this plan

map as well as the data plots* These bars represent the surface projection

of the anomalous zones ae interpreted from the location of the transmitter

and receiver electrodes when the anomalous values were measured.

Since tho induced polarisation measurement is essentially an

averaging process, as are all potential methods, it is frequently difficult

to exactly pinpoint the source of an anomaly. Certainly, no anomaly can

be located with more accuracy than the spread length; i.e. when using 200*

spreads the position of a narrow sulphide body can only be determined to

lie between two stations 200' apart. In order to locate sources at come

depth, larger spreade must be used, with a corresponding increase in the

uncertainties of location. Therefore, while the centre of the indicated

anomaly probably corresponds fairly well with source, the length of the

. 3 -

Indicated anomaly along the line should not be taken to represent the exact

edges of the anomalous material.

3. DISCUSSION OF RESULTS

Two anomalous xonea were located by the survey, Zone A, which

lien at the western edge of the grid, may be caused by the presence of the

hydro lines which run parallel to the bate line. The source of the anomalous

zone should be checked by transmitting under the power line and receiving

away frorc* the power line.

A zone of low resistivities, which may be a fault cone* has been

defined by the survey as illustrated in Dwg. I. P. P. 3448. The second

anomalous 7,one, Zone B, is associated with the eastern edge of this re

sistivity low. The pattern of the anomalies in Zone B suggests that there

may be irregular concentrations of mineralization in a weakly disseminated

mineralized source rock.

4. SUMMARY AND RECOMMENDATIONS

It is recommended that the source of Zone E be tested on Line 4N

with a hole drilled to intercept the anomaly under 7F at a vertical depth of

200'. If drilling results are encouraging, further detail with longer electrode

intervale could be carried out to better define the source of the anomalies.

The source of the Zone A anomalies should be checked to determine

whether the anomalies are caused by the power lines, or by a mineralised

source.

- 4 -

K'cPI-lAR GEOPHYSICS LIMITED

Marion A. Goudie, Geologist.

Robert A. P ell, Geologist,

F a tad: F c ptemb c r 18 , 1 9 'i O

16MO , f . 6000 , . . . 1050 - 9MO

N -

N - 3

N - 2

N -

RESISTIVITY (RPPJ IN OHM FEET / 2"

6M

940

N - 5

N - 4

N - 3

N - 2

N -

2M 2E IE 6E

RESISTIVITY (fiPPJ IN OHM FEET S 2"

8E IDE 12E

METflL FflCTOR fflPPJ

-l

N - 2

N - 3

Illlllllllllllllll V X X X X V XllttlllllMIIMIIII

METflL FflCTOR (flPPJ

2.5

M - 5

I.? MEC

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tec

S.3

3.3 3.V

N

N - 2

N - 3

N - i*

N - S

6M 2M ~.0 .v.. 8F . .. ST !0t 1MC

FREQUENCY EFFECT WPPJ IN X

N - l

N - 2

H - 3

N - 4

N - S

FREQUENCY EFFECT (RPPJ IN X

I.I N - l

N - 2

N - 3

N - q

N - 5

6000 t OSO 9MO

297

N - 5

N -

N - 3

N - 2

N -

RESISTIVITY (flPPJ IN OHM FEET f 2*

6E 8E 10E 12E 1UEIllllltlllllllX -V X -V X X Xlllllllllllllllllll

METflL FflCTOR fflPP.)

•CD N

MEG

•5 CCJLV^——L

7.3 5.3

3.V

- 2

N - 3

N - 4

N - S

lOT

FREQUENCY EFFECT (PPP.) IN 7.

-i.i

-uo

3.0

•1.6 9.11 9.2

N -

N - 2

N - 3

N - 4

N - 5

DWG. NO.- I.P.-5528-i

MflDDEN-OSBORNE PROSPECTING STNDICflTE

c "

ELZEVIR TOWNSHIP, BRNNOCKBURN flREfl

ERSTERN ONTflfll07*^1.0., ONTfiRIO

LINE NO.-

ELECTRODE CONFIGURRTION ^-X-*-f——NX——*-*-X-*

\ xV

PLOTTING xPtJINT —*X X - 200'

SURF9CE PROJECTION OF RN0MRLOUS ZONES

DEFINITE ——^~PROBRBLE MIIIIMMIMM

POSSIBLE s s s s s

FREQUENCIES: 0,31-5.0 CPS

NOTE: CONTOURS flT LOCflRITHHIC INTERVflLS 1.-1.5-2.-3.-5.-7.5-10

OflTE

flPPI

McPHflR GEOPHYSICS~ t - v.

INDUCED POLRRIZflTION flNO RESISTIVITY SURVEYNDTEt THIS PLOT MRS PWBUCCD WITH m IBM SBOTTS COMTUTCT f*O ft'cflLCOMP PLOTTER

RESISTIVITY fRPP.) IN OHM FEET 7 2*

METfiL FRCTOR (RPPJ

N - l

N - 2

M - 3

N - li

N - 5 'f/*

W 6C 8E i or

FREQUENCY EFFECT WPPJ IN X

N - l

N - 2

N - 3

N - l|

N - 5

2.2

2.7 2.2

23SO

5500

N - 5

N -

N - 3

N - 2

N -

8E

1350

RESISTIVITY (RPPJ IN OHM FEET f 2"

IDE 12E HIE 16E 18EIllttfllllllllitlilllllillllttllilll

METHL FACTOR (APP.)

N - l

N - 2

N - 3

N - H

N - S

K , -. lOf l BF

FREQUENCY EFFECT CAPPJ IN X

o.s

2.S

2.0 2.s

2.2

2.7 2.9

2.2

N - 3

N - 4

N - 5

DWG. NO.- I.P.-5528-2

MBDDEN-OSB0RNE PROSPECTING STNDICRTE

ELZEVIR TOWNSHIP, BflNNOCKBURN flREfl

' EflS"FERN ONTRRIO'. M.D., ONTRRIO

LINE .MO.- 8fL

ELECTRODE CONFIGURATION •*-X-**——NX——•"•-X-*

v X

PLOTTING \ x'POINT —+X X ' 200'

SURFACE PROJECTION OF ANOMALOUS ZONES

DEFINITE ——————PROBABLE MIHIIIIIIIIHPOSSIBLE x x x x x

FREQUENCIES: 0.31-S.O CPS DATE SURVEYED: AUC 1970

NOTE: CONTOURS RT LOGARITHMIC INTERVALS 1.-1.5-2.-3.-5.-7.S-10 DATE:

McPHRR GEOPHYSICS- . 4

INDUCED POLflRIZflTION flND RESISTIVITY SURVEY

THIS n.OT MRS fHOOUCXO WITH (M IBM 360/75 COMTUTCT RNO l) CfiLCOHT

N - 5

N - 4

N - 3

N - 2

N - l 328

RESISTIVITY (RPPJ IN OHM FEET X 2*

W 2W O 2E-SWAMP-

•IE 6E 8E 10E 12EXXXXXXXXXXX

METflL FflCTOR (RPPJ

N - l

N - 2

N - 3

N - H

N - 5

2.7 3.S 7.H

11

MM 2M HE 10E .'^

FREOUENCT EFFECT (RPPJ IN X

N - l

N - 2

M - 3

N - 4

N - 5

0.9 0.6

0.5 i.s 1.7 I.*

2.2 2.6

2.9

3.0 3.1 2.8

S.6

3.9

7900

8980 ( 6850

7720

8250 ) 7 V080

mOO i|700

M - 5

N -

N - 3

N - 2

N -

IDE 12E

RESISTIVITY fflPP.) IN OMH FEET / 2* j

1UE 16E 18E * 20E j

1.7 O.V 0.7

METflL FflCTOR (flPPJ

0.7

0.5 0.9

0.8

N

N

0.6

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M0DDEN-OSBGRNE PROSPECTING STNDICflTE

ELZEVIR TOWNSHIP, BflNNOCKBURM - EflSSERN ONTflfUU. M.D.. ONTflfllO

LINE AM

ELECTnOOE CONFIGUBRTieN

PLOTTING POINT, X . 200*

SURTRCE PROJECTION OF PNOWHLOUS ZONES

OEFiMITE ' i"'PROBR6CE MHiMMttiHiPOSSIBLE s * s s s

10E 12C HIT 1ST I8C 20F

FBEOUENCT EFFECT W*P.) IN y.

3.7

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N - S

FREQUENCIES* 0^31-5.0 OPS

NOTEt CONTOURS flT LOCflRITMMIC INTERVflLS 1.-1.5-2.-3.-S.-7.S-10

MePHRRGEOPHTSICSINOUCEd POLflfi!2l*nON .flND RESISTIVITY SURVET

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V28

POWER LINES

. - yw. 'i x

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METflL FflCTOR fflPPJ

N -

N - 2

N - 3

N -

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2W 2E . , ME .

FREOUENCT EFFECT (flPPJ IN 7.

N -

N - 2

N - 3

N -

N - 5

6.0 ICC 0.2

S.O

S.O

8.7

7. H 2. H

2390 1680 252

6720

1160

RESISTIVITY (flPPJ IN OHH FEET X 2*

N - 5

N - 14

N - 3

N - 2

N -

VAMP ————

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METAL FACTOR (APP.)

N - l

N - 2

N - 3

N - *i

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FREQUENCY EFFECT (flPPJ IN X

i.o i.e 1.6

1.8 1.9 i.e

1.3 l.H 1.9 2.1

1.6 1.1 2.3 2.8

3.2 2. W 2.7 2.7 MTI

N - l

N - 2

N - 3

N - H

N - 5

DWG. NO.- I .P.-55^8-4

MflDDEN-OSBORNE PROSPECTING SYNDICRTE

ELZEVIR TOWNSHIP, BflNNOCKBURN RREfl EflSTERN ONTflRIO. M. D., ONTflRIO

LINE-NO.-

ELECTRODE CONFIGURATION ••-X-*"*——NX——*-^-X-*

N X

PLOTTING \ ,'. —*X X * 200'

SJU^FflCE PROJECTION OF flNOHPLOUS ZONES

PROBABLE POSSIBLE

FREQUENCIES: Q.31-S.O CPS

NOTE: CONTOURS flT LOGflRITHMlC INTERVflLS 1.-1.5-2.-3.-5.-7.5-10

ORTE SURVEYEDs flUC 1970

DflTE:

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11900

8USO

5800 18UOO

10200

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N - 5

N -

N - 3

N -

N -

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METAL FACTOR 'CAPP.)

O. S

0.6 0.2

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N - 3

N -

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FREQUENCY EFFECT fflPP.) IN 7.

2.7

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N

N - 2

N - 3

N - 14

- 5

DWG. NO.- I.P.-5528-5

"MflDDEN-OSBORNE PROSPECTING SYNDICflTE

ELZEVIR TOWNSHIP, BflNNGCKBURN flREfl EflSTERN ONTflRIO. M.O., ONTRRIO

LINE: NO.- .'.o ...

ELECTRODE CONFIGURATION ^-X-K——NX——*-*-X~^

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\. x x s x

'PLOTTING , . POINT — *X X

SURFflCE PROJECTION OF flNOHRLOUS ZONES

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FREQUENCIES* Q.31-5.0 CPS

NOTE* CONTOURS RT LOGARITHMIC INTERVALS 1.-1.5-2.-3.-5.-7.5-10

DATE

DATE*

McPHflR GEOPHYSICSINDUCED POLRRIZflTION RND RESISTIVITY SURVEY

f ~—NOTE* THIS fLffT MRS PfUDUCED WITH AN IBM 360/75 CaCUTEN WO R CflLCOHf

12*400

11900

8M50

18UOO

•MOO 10200

RESISTIVITY (flPP.) IN OHM FEET 7 2"

N - 5

N - 4

N - 3

N - 2

N - l

OWG. NO.- I.P.-5528-5

12E 16E 18E 20E 23X.

METflL FRCTOR '(RPP.)

0.5 O.H 0.3

0.5 0.8 0.6 0.2

0.9 O. H O. H

1.7 O. O. H

0.3

N -

N - 2

N - 3

N -

N - 5

l "ff l SE 20C

FREQUENCY EFFECT (flPPJ IN X

2.1 Z.* 2.* 2.7

9.9 2.7 9.V 9.0

9.1 9.0 9.2 9.7

9.0

9.9

N - l

N - 2

N - 3

N - 14

N - b

'MQDDEN-i PROSPECTING SYNDICRTE

ELZEVIR TOWNSHIP, BflNNOCKBURN flREfi

EflSTERN ONTRRIO, M.D., ONTflRIO

LINE1NO.- .vO ...

ELECTRODE CONFIGURATION •^-X-**——NX——**-X-*-

PLOTTING x /' . POINT —*X K a 200'

SURFfiCE PROJECTION OF PNOMRLOUS ZONES

DEFINITE m—————mm PROBABLE MiiiiuiiMiiiPOSSIBLE s s s ' s

FREQUENCIES* 0.31-5.Q CPS

NOTE* CONTOURS flT LOGflRITHMIC INTERVW.S 1.-1.5-2.-3.-5.-7.5-10

DATE SUR

DftTEt

McPHflR GEOPHYSICSINDUCED POLflRIZflTION fiND RESISTIVITY SURVEY

MOTE. THIS rtOT MRS PflOOUCED WITH AN IBM 360/75 COMTUTCT flND R CRLCOir PLOTTER

N - 5

N -

N - 3

N - 2

N -

675 ^ ̂ 2920 , 3100

91

2SD 2511

RESISTIVITY (flPP.) IN OHM FEET f

6W ..L .... . . 1

METflL FflCTOR (flPP.)

4HA

1

i*

ii

t^ O tA/ A ILf p

2M 0 1 2E VEt

6E ' 8E IDE

N -

N - 2

N - 3

N - H

N - 5

POWER LINES

— M

12

6H ne. - ee .. 1OL-

FREQUENCY EFFECT (PPPJ IN 7.

N -

N - 2

N - 3

N -

N - 5

5.H

z.s

9.9 "LO 9.1 \ 2

3100 210

•uo

155

398

Z39 25H

RESISTIVITY CRPPJ IN OHM FEET / Z*

N - 5

N - U

N - 3

N - 2

N -l

8E IDE 12E 14E 16E J8EXXXX.XXXXV

METflL FflCTOR (flPPJ

5.1

1.3 13

N -..l

N - 2

N -.3

N -

N - 5

12E 1UE 16E

FftEOUENCT EFFECT (RPPJ IN 7.

1.2 1.2

2.1

3.1 \ 2.8

N -

N - 2

N - 3

N -

N - 5

DWG. NO.- I.P.-5528-6

MflDDEN-OSBORNE PROSPECTING STNDICflTE

ELZEVIR TOWNSHIP, BANNOCKBURN flREfl

EflSTERN ONTflRIO, M.O., ONTflRIO

LIME NO.-

ELECTRODE CONFIGURATION •*~X-*-——NX——**-X-*

PLOTTING \ , 'POINT X X - 200'

SURFBCE PROJECTION OF flNOHRLOUS ZONES

DEFINITE m——^—PfiOBflBLE IIIMIMMMIMPOSSIBLE s s s s s

FREQUENCIES: Q.31-S.O CPS

NOTE* CONTOURS RT LOGflRITHMIC INTERVflLS 1.-1.5-2.-3.-5.-7.5-10

DfiTE SURVEYED: BUG 1970

DRT

McPHflR GEOPHYSICSINDUCED POLflRIZflTION flNO RESISTIVITY SURVEY

MOTEt THIS PLOT URS mOOUCED WITH RN IBM 380/75 CONPVTCn M) f) CflLCOMT PUTTTEA

AREA ( TELEPhl^V—

416365-13 3 1C11NW8S91 2.148 ELZEVIR 300

3*- ILj- OQueen's Park, Toronto 182.

DEPARTMENT OF MINES AND NORTHERN AFFAIRSBRANCH

\JG RECORDER

September 15, 1970

MINING LANDS BRANCH OFFICE OF THE MINING RECORDER

Fred W. Matthews, Supervisor, Projects Section, Ontario Department of Mines, Whitney Block, Parliament Buildings, Toronto.

PROJECTS SECTION TOnOX'TO

J EBEJVEISEP l 71970

AM

NOTIFICATION OF RECORDING OF ASSESSMENT WORK CREDITS

Date of Recording of Work . . . . . . . . . . . . . August. .31,,. .1.970.

Recorded Holder . . . . . . . . . . . . . .1. . F... .Madd.en

Township or Area

.. .1.8.77.0.7. .Punda.?. .S.tjree.t. Ates.t.,. .Wb.Ub.y,. .Ontario.(address)

EUtVIR.TOWKS.HIP..........................

Type of Survey and number of Assessment Days Credits per claim

GEOPHYSICAL Airborne D Ground

Magnetometer . . . . . . . . . . . . . . daysElectromagnetic . . . . . . . . . . . . . daysRadiometric . . . . . . . ,.. . . . . . daysI.. P... .Survey....... .40.. . days

GEOLOGICAL . . . . . . . . . . . . . . . . daysGEOCHEMICAL . . . . . . . . . . . . . . days

SECTION 84 (14) . . . . . . . . . . . . . days

NOTICE TO RECORDED HOLDER

n

f~l

Survey reports and maps duplicate must bc submitted to the Projects Section, Toronto within 60 days from the date of recording of this work.

Reports and maps are being forwarded to Projects Section with this letter.

Mining Claims

EO 219138,and

EO 219145

c.c.

Mining Recorder.

T. F. Madden,

31C11NW8591 2.140 ELZEVIR