RPT ON IP SURV HYMAN NAIRN BOUNDARY PROP

INDUCED POLARIZATION REPORT

ON THE

HYMAN/NAIRN BOUNDARY PROPERTY

DISTRICT OF SUDBURY

FOR

MUSTANG MINERALS CORP.

BY

Dan Patrie

Dan Patrie May 20, 2003

41I05SE2018 2.26201 HYMAN

PROVINCIAL R fA •..-.UilNN OFFICE -SuO -'

RECEI D

AUG 2*B 2003AM

CEIVED& 2 9 2003

ASSESSMENTOFFICE

010

TABLE OF CONTENTS

PAGE

INTRODUCTION l

SUMMARY AND RECOMMENDATIONS l

CLAIM DESCRIPTION l

LOCATION AND ACCESS 2

GEOLOGY 2

EXPLORATION HISTORY 2

EXPLORATION POTENTIAL 3

RECOMMENDED EXPLORATION PROGRAM 4

INSTRUMENTATION AND WORK DONE 5

INDUCED POLARIZATION SURVEY 5

INTERPRETATION 5

CONCLUSIONS 6

REFERENCES

PERSONNEL

CERTIFICATE OF QUALIFICATION

LETTER OF CONSENT

PSEUDOSECTIONS

BASE MAP

Page l

INTRODUCTION

Mustang Minerals Corp. acquired a group of 6 unpatented mining claims 40 units in

Hyman and Nairn Townships in the District of Sudbury, Ontario in the Sudbury, Ontario Mining

Divisioa

Mustang Minerals Corp., requested Dan Patrie Exploration Ltd., to do a program

consisting of an induced polarization survey and line cutting on part of their claims. The survey

which began May 1 st , 2003 to May 8th, 2003 with very good results.

i

SUMMARY AND RECOMMENDATION

The Hyman/Nairn boundary property has potential for a major deposit of base metals and

PGE minerals and further exploration is warranted.

A program totaling 13 kilometres of an induced polarization survey was done on the

property which was a pole dipole survey with 6 levels read with n = l to 6 with an 'a' spacing of

50 meters to cover the eastern the eastern extension of a magnetometer and an induced

polarization survey done in the past by Dan Patrie Exploration Ltd. The survey proved successful!

in finding the extension of high chargeability anomaly.

Due to the lack of geological information an ongoing program of exploration over all of

the existing claims should be performed.

CLAIM DESCRIPTION

The Hyman/Nairn boundary Property consists of 7 unpatented mining claim, 48 units

located in Hyman and Nairn Townships, Sudbury Mining Division, claim number 3002789,

3002749, 3010331, 1229597, 1218042 and 1229698.

LOCATION AND ACCESS

Access to The Hyman/ Nairn boundary property is by driving highway 17 west past the town of

Nairn Center, Ontario and another 5 miles west, and just past the Spanish river bridge turn north

on the Sand Bay Road for approximately 6 kilometres to which the road runs through the

property grid.

GEOLOGY

The rock groups consist of an older metavolcanic group, which was intruded by granitic

rocks of the Birch Lake batholith some 2,000 million years ago. These groups are overlain

unconformably by, or are in fault contact with metamorphosed quartzitic conglomeratic and pelitic

rocks of probable Huronian age. These rock groups are intruded successively by gabbroic rocks,

by rocks of the Nickel Irruptive and late olivine diabase dikes.

The gabbroic and older rocks were folded and metamorphosed during an orogeny that

occurred some 1,600 million years ago. The structure consists of east-trending folds of various

magnitudes. Faults are very abundant and apparently steep reverse faults. Copper commonly

accompanied by nickel occurs as disseminations and pods in metamorphosed Nipissing Diabase

Intrusions. Minerals sought are copper, nickel and PGE deposits.

EXPLORATION HISTORY

The showings numbered 3 and 4 on the maps included. Kordol Exploration Limited held

and explored the area south of Lake Agnew in 1959. Exploration work consisted of geological

mapping, a ground magnetometer survey, surface trenching and sampling and diamond drilling.

The main showings lie in alteration zones in a large metagabbro body and consists of pockets of

disseminated or massive pyrrhotite, pyrite and chalcopyrite. A chip sample taken by Kordol over a

width of 17 feet, gave the following assay: copper l.OS^o, nickel G.45%, cobalt G.12% palladium,

platinum and gold running from 50 ppb to 340 ppb.

PageS

Dan Patrie Exploration did a total field magnetometer survey and induced polarization

survey on part of the property covering part of the Keba Cu and Nickel and palladium showings

along the Hyman-Nairn township line with very good results.

The Keba Cu and Ni showings along the Nairn-Hyman township line also was explored by

Falconbridge Nickel Mines in 1957, which they did a very small grid over the showings doing a

mag and vertical loop survey with poor results because of mostly being disseminated sulphide

where the only method best for the survey would have been an induced polarization survey.

EXPLORATION POTENTIAL

Sulphide minerals mainly pyrrhotite, pentlandite, pyrite chalcopyrite are closely associated

with gabbroic rocks in the area. The potential for finding Cu-Ni-PGE deposits in these showings

are very encouraging and a more detailed exploration program should be conducted.

Also, with the new discoveries of PGE'S by Mustang Gold, and New Millenium Metals

Corporation, located west of Sudbury and Pacific North West Capital, located east of Sudbury in

the same type of rock setting shows the potential for more Cu, Ni, and PGE discoveries being

made in sulphide pods in the Nipissing Gabbro Anorthosite rocks which is part of the Huronian-

Nipissing magmatic belt, a 200 kilometre long arcuate zone of coeval early Proterozoic-aged dyke

swarms, mafic intrusions and related volcanics extending from Elliot Lake to Sudbury.

In summary, it is considered that the potential of the property is association with potential

for PGE and base metal deposits in the gabbroic rocks of Hyman and Nairn townships. With the

previous work of trenching and sampling with traces of platinum palladium group elements in the

1950's and the recent exploration program with very good results the property merits more

exploration work.

To evaluate the potential of the property it is recommended that a program of line cutting,

mapping, sampling and geophysics be completed over all of the property not already covered

especially to the east where the magnetometer and induced polarization anomalies are open.

RECOMMENDED EXPLORATION PROGRAM

The surveys should include as follows:

1. Completion of grid lines over entire property.

2. Total field magnetometer survey.

3. Induced polarization survey.

4. HLEM survey.

5. Diamond drilling anomalies found to establish sulphide content and geology.

Following completion of this work and contingent upon the results then additional work

should be considered to further evaluate the economic potential for a PGE, Cu and Ni discovery.

This report summarizes the results obtained from the work carried out during the current

program and the interpretation is speculative.

Respectfully submitted,

Daniel F. Patrie

Geology and Geophysics Technologist

May 20. 2003

PageS

INSTRUMENTATION AND WORK DONE

INDUCED POLARIZATION SURVEY

A total of 13 kilometers of an induced polarization survey was done with an "a" spacing

of 50 meters and 6 levels l to 6 read. The survey was a time domain pole dipole survey and was

read with a Walcer MG-14 motor generator and a Huntec 12 kilowatt Model transmitter and a

Scintrex IPR-12 receiver. The motor generator and transmitter were stationary on the end of the

line being read and current transmitted through a wire with an electrode into the ground for a

good contact and then transmitting current to that electrode from the transmitter by the

transmitter man which is contact by radio to the receiver man. Ahead of the live current electrode

is a crew of men with electrodes at every 50 meter station to be read and connected to the

electrodes by length of wire from the receiver where the receiver operator picks up the readings

with the receiver. The data is then downloaded from the receiver at the end of the day to a

computer where the resistivity and chargeability is calculated and plotted using Geosoft software

for the earth sciences in pseudosection maps.

INTERPRETATION

The induced polarization survey picked up a strong chargeability zone running in an east

west direction on all lines read from line 10+00 E to 16+00 E which is open at depth and to the

east and a strong chargeability zone at the ends of lines 8+50 E, 9+60 E, 10+50 E and 15+00 E

and also open to the south and at depth. The base line O was also read and it picked up a wide

strong chargeability zone from 10+OOE to 14+00 E and open at depth.

The high chargeability values run well above background with anomalous signatures

between 20-40 mV/V and also corresponds with the magnetic anomaly and a resistivity high

suggests disseminated to massive sulphide which should be investigated in more detail for its

potential to host PGE and base metal mineralization. The induced polarization survey proved

successful in finding areas of high chargeability which merit more exploration work such as

drilling these targets. For a better interpretation of the geophysics see maps in back of report.

CONCLUSIONS

With the presence of a favorable geological environment for the localization of PGE and

base metal mineralization of economic importance and with the very good results obtained to

further evaluate the property's potential the writer recommends an on going work program over

the remaining claims and areas not already covered on the property, consisting of line cutting at

50 meter intervals, magnetometer, VLF and induced polarization surveys to locate areas of

disseminated and massive sulphide.

PERSONNEL

Dan Patrie

Massey, Ontario

Bryan Patrie

Massey, Ontario

Brent Patrie

Elliot Lake, Ontario

Bronson Ede

Walford, Ontario

Jody Steinke

Spanish, Ontario

Robert Phillips

Watford, Ontario

Dayland Patrie

Massey, Ontario

Steve Danbois

Elliot Lake, Ontario

Claude Grimmard

Spanish, Ontario

CERTIFICATE OF QUALIFICATION

I, Daniel Patrie do hereby certify:

1. That I am a Geology and Geophysics Technologist and I reside at Hwy. 17 West, P.O.

Box 45, Massey, Ont., Canada, POP 1PO,

2. I graduated from Cambrian College Of Applied Arts and Technology, Sudbury, Ontario,

in 1987 with a diploma in Geological Technology with a one year certificate in

Geophysics,

3. And I have practiced my profession continuously since graduation, as well as being an

active prospector since 1972.

4. That my report on the Hyman/Nairn Boundary Property, Sudbury Mining Division,

Ontario, is based on my personal knowledge of the geology of the area, and on a review of

published and unpublished information on the property and surrounding area.

Daniel F. Patrie

Geology and Geophysics Technologist (Dipl. T)

May 20, 2003

LETTER OF CONSENT

I, Daniel F. Patrie, of the Town of Massey, Ontario, do hereby consent to Mustang

Minerals Corp., using in whole or in part my Geophysics report on the Hyman/Nairn Boundary

Property, situated the District of Sudbury, Sudbury Mining Division in a prospectus of statement

of material facts or for filing with government regulatory bodies as deemed necessary.

Dated at Massey, Ontario, this 20th day of May, 2003, in the District of Sudbury.

Daniel F. Patrie

Geology and Geophysics Technologist

ONTMIO MINISTRY OF NORTHERN DEVELOPMENT AND MINES

Transaction No:

Recording Date:

Approval Date:

Client(s):

303851

Survey Type(s):

W0370.01366

2003-AUG-29

2003-SEP-02

Work Report Summary

Status: APPROVED

Work Done from: 2003-MAY-01

to: 2003-MAY-20

MUSTANG MINERALS CORP.

IP

Work Report Details:

Claim# Perform

S

S

S

1218042 818,230

1229597 31,620

1229698 S406

820,256

External Credits:

Perform Approve

818,230

81 ,620

8406

820,256

SO

Applied

SO

soSO

so

Applied Approve

sosososo

Assign

sosososo

Assign Approve Reserve

0 S18.230

0 81,620

0 S406

SO 820,256

Reserve Approve

518,230

81,620

S406

520,256

Due Date

2004-NOV-02

2004-JUN-25

2004-MAY-05

Reserve:S20

820

,256 Reserve of Work

.256 Total

Report* W0370.01 366

Remaining

Status of claim is based on information currently on record.

41I05SE2018 2.26201 HYMAN 900

2003-Sep-09 15:01 Armstrong-d Page 1 of 1

Ministry ofNorthern Developmentand Mines

Date: 2003-SEP-08

Ministere du Developpement du Nord etdes Mines Ontario

GEOSCIENCE ASSESSMENT OFFICE 933 RAMSEY LAKE ROAD, 6th FLOOR SUDBURY, ONTARIO P3E 6B5

MUSTANG MINERALS CORP. 1351 E. KELLY LAKE RD. UNIT 8 SUDBURY, ONTARIO P3E 5P5 CANADA

Tel: (888) 415-9845 Fax:(877)670-1555

Dear Sir or Madam

Submission Number: 2.26201 Transaction Number(s): W0370.01366

Subject: Approval of Assessment Work

We have approved your Assessment Work Submission with the above noted Transaction Number(s). The attached Work Report Summary indicates the results of the approval.

At the discretion of the Ministry, the assessment work performed on the mining lands noted in this work report may be subject to inspection and/or investigation at any time.

If you have any question regarding this correspondence, please contact STEVEN BENETEAU by email at [email protected] or by phone at (705) 670-5855.

Yours Sincerely,

Roy DenommeActing Senior Manager, Mining Lands Section

Cc: Resident Geologist

Ken J. Lapierre (Agent)

Assessment File Library

Mustang Minerals Corp. (Claim Holder)

Mustang Minerals Corp. (Assessment Office)

Visit our website at http://www.gov.on.ca/MNDM/LANDS/mlsmnpge.htm Page: 1 Correspondence 10:18635

41I05SE2018 2.26201 HYMAN 200

Thoca wishing to itak* mhlne claims should consult with lha provincial Mining Racordart' office oltha Ministry of Northani Daykloomant and Minaafor additional General Information and Limitationsinfonnation on tha etahit of tha lands shown haraon. Thlt map is not intandad for navigational, survay, or land tltla detarmlnatibn purposas as tha information Contact Information:anown on this map It oomptiad from various couroas. Compietanass ana accuracy are not guaranteed. Additional Information may also be obtained through the Provincial Mining Recorders' Officelocal Land Titles or Rep,f*try Office, or the Ministry of Natural Resources. -— -- - - -- -

Tha Information shown In derived from digital data available In th* Provincial Mining Recorders' Office at the lime of downloading from the Minittry of Northern Development and Mines web tfte.

This map may not show unragistered land tenure and interaata InToll ftae Map Datum: NAD i3 '""t including certain patantl, leases, easements, right of way*, Tel: 1088) 415-9645 ea 67**jection: UTM (fl degree) Hooding rights, licences, or other forms of disposition of rights tnti

Willet Green MINer Centre 933 Ramsey Lake Road Fax: 1 (877) 870-1444 Topographic Data Source: Land Information Ontario interest from the Crown, Alao certain land tenure and land uses Sudbury ON P3E 6B6 Mining Land Tenure Source; Provincial Mining Recorder*' Office m"' ttaaa " Prohft* free entry to etake mining claims may not be Home Page: www.mndm.gov.on.ca/MNDM/MINE8/LANDS/mlsmnpje.htm illustrated.

wmsTHY or NoktwitNDEVELOPMENT MID MINES Mining Land Tenure

Map

Date l Tlmo of luue: F ri Sep OS 14:40:42 EOT 2003

TOWNSHIP l AREA PLAN HYMAN G-2966

ADMINISTRATIVE DISTRICTS l DIVISIONS

Mining DivisionLand Titles/Registry DivisionMinistry of Natural Resources District

SudburySUDBURYSUDBURY

TOPOGRAPHIC Land Twiur*

FfMJuU Patonl

TowMhlf] Sur'aa And Mining Boh*

e

A

ftqvlntM Pi*

Indian Ntnnw

OK. Pill W*

Contour

Mine Shifts

Road

Tl.il

Natural Has Pipeline

UMtiai

fowar

Mining Right* Orty

La*j*(jld Patent

Sw** AM MBing Rants

Lieema of Occupation

UM.rtoiSp.nr.Kj

tui'm And Mining Rghti

tur1!!* Rights Only

Mining Rlgrds Only

LaMUH Permit

OfUir in Council {Not open tor staking)

Walar Power Lease AQnwnenl

Mining Claim

Fled Onl,. Mining Claims

UNO TENURE WITHDRAWALS

Miring AasWmWswtl Types Wim StoftKW Amt Minify Rieho WWitfnwn Wl

Oi*' In Doundl Watntaiwl TypM Vlrwn BurfiK* Md Mining Rlghuwtlhdtwvn "

IMPORTAW NOTICES

LAND TINURE WITHDRAWAL DESCRIPTIONSIdentUlm ! Typ. Date Dn.ori|jtlon

7517 } Wm Jen 1,2001 PENDING S.R.O. APPLICATION UMDER PUBLIC LANDS ACT,7530 i Wm Jan1.2001 O.0,8/1/46 M.R.0.921)075SS i WOT Jan 1,2001 W.P.U. N0110, Fill 8214 SURFACE RIGHTS WITHDRAWN7816 i Warn Jan1,!001 APPLICATION UNDER 86C.30(B) DBC.J3/93 SEE LAND ROLL FILEPDS , Wm Jan 4,1002 Propowd Dump SIWW-2/83 i Wt Mar31,1983 SEC,38*0W-2/8331/3/43S.R.0.77094W.1/64 Wl May 10, IBM SEC,3B(80 W.1/S4 10/5164 S.R.O, 1MS39W.26/S6 Wl D1IC1Z, 1986 SEC.SWO W.26/86 NER 12/12/BES.R.O.provpark ; Want OstZO, 2001 Spanlih Fiver Provincial ParkW-LL-P182/01 Wtm JUI20, 2001 SEC SB W4L-P192/01 ONT JULY 20*1 M+SW-LL-PU2JJ8 WOT May 17,1966 SEC 38 W-LL-P192/94 ONT MAY 17/99 M*S (200 m FROM WATERS EDOE)W,4/82 Wu JulK, 1S82 SEC.36/80 W.4/B2 14/07/8! S.R.0.137635

Agnew Lake

Scale 1:5000SO O 50 100 150 200 250 300

l l i

MUSTANG MINERALS CORP.BASE MAP

NAIRN PROPERTYHYMAN TOWNSHIPS

CLAIM LINE — CLAIM POST m

DRAWN BY; DAN PATRIE EXPLORATION LTD

41I05SE2018 2.26201 HYMAN 210

41I05SE2018 2.26201 HYMAN 220

MX CALRESmV/V Ohm'm

22-n 12000-

10000-,

8000

8000-

4000-

CALRES MXOhrrTm mV/V

12000 |-22

•20

•18

2+00 E 4+00 E 6+00 E 8+00 E 10+00 E 12+00 E 14+00 E 16+00 E2.97 5.83 5.31 4.BB 5.B7 0.76 7.78 9.39 10.5 10,4 11.7 8,74 S.12 9.8 17.3 14.8 11,8 13,7 15,5 18 20.8 1B.S 18,5 18,4 19.5 19 19.4 10.4 B.09 11.9

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10528 8269 4289-——6

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v\\\ r^0=5 1184 \ 2T28 "1967 2568 \\ 17217 N2137 XN2744' 3409 3703 I 7277 | 12673 1212!

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1B727 J 14736 \2926 ("3498-^^2804 (1=2

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3231 5'088 2655 2527 (1=4

Pseudo Section Plot 0+00 NDipole-Pole Array

ra = 50 m

Contours , 1 -5, 2, 3, 5, 7.5, 10

INTERPRETATION

D

D

Strong increase In polarization accompanied by marked decrease in resistivity .

Well defined increase in polarization without marked resistivity decrease.

Low resistivity feature.

Scale 1:5000O 50 100 150 2aa 250 300J""**"'*

metres

MUSTANG MINERALS INC.INDUCED POLARIZATION SURVEY

HYMAN PROPERTY 0=50

DAN PATRIE EXPLORATION LTD.

41I05SE2018 2.26201 HYMAN 230

MXrnV/V

16-, 12000 - — -, ————————— — T- —— - - , ——— | ————— ; —————————————————————— , ——— , -

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12 -j 8000 ,,,--""

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8J 4000 \/' ~- /'' " .- - \

6 -i 2000 . \

5+00 S 4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 N

:, ..; ".: MXmV/V

12000 r 16

10000 H4

8000 M2

6000 -10

4000 '-8

2000 -6

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Dipole-Pole Arraya na a

h l j j p r ^ j^

"v' a = 50 r-i plot point

Logarithmic , 15235/^10 Contours ' ' ' ' ~~" ' ' ~" ' ~ '

INTERPRETATIONH Strong increase in polarization

accompanied by marked decrease

CALCULATED RESB

Filter 11.5 7.72 10.7 10.1 7.18 9.79 10.4 11.5 10.3 9.18 9.54 11.3 12.9 14.2 12.6 12.9 14.8 5.2 Filter

0=1 15 i 6.3 -.8.3, 6.4 -2.4., 4.5 7.9 8.2.., 4.7 2.9- 5 i 14 13. , 23 17 15 .^8.1 , 2.9 0=1

0=2 15 11 [3.3"*""^- — 5

13 \.f\ '\n=3

0=4

0=5

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, 6.4 /' TO 13 "' 16 25

4 96s- —— 11—. —— .9.6^/ 11 11 12*^— .9.4 9.2 \11 14, 18 \ 25

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14 V. 7.2 \ 16 "---.,, 14 11 12 13 16x 1 VV^^S.eX 13 15' ^—10^, '3.9

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,

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0=4

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0=1 1727 . 1323 y,. 26458, 5769 5025 .,O 1158 -——761__S.-3J 3 -___263 437- 660,, ^5350 ,,8128 7377 y 15520 16783,, , , 1601 1072 0=1

0=2 3204 1616, - /T37;fs'x. 12156 N. 7989 7113" "2667 2534-^^1267 ~

16783x,

;V^--'', t fit

CALCULATED R

•i795— -"' 984 l 1124\\ 5293 \ 11670 11690 12563^''.-1603'...—1580

7446-0"3956___4381 ~~"2728'~"\'1074 984 ^"~T4gO\, '5872.,\12127 -,9d49^ ,-' 1333s 1150

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0=2

0=3

0=4

0=5

0=6

resistivity .

50 0 50cie 1:5000100 150 200 250 300

metres


HYMAN PROPERTY 0=50


41I05SE2018 2.26201 HYMAN 240

MX mV/V

24 -|

22-j

20 4

18-1

16-j

14-i

12-j

10-1

CALCULATED RESJStlVI

18000

16000

14000

12000

10000

8000

6000

4000

2000

O

18000

16000

14000

12000

10000

8000

6000

4OOO

2000

O

5+00 S 4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFilter 19.5 13.5 22.7 15.3 13.2 13.2 14.3 13.4 13.2 13.4 9.66 9.91 13.9 12 6.67

5+00 S 4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFilter 5480 3320 5910 16300 8980 8210 6920 4780 3260 4330 6400 4660 3830 4140 3SI10 5020 4470 1670 Filter

0=1 3642 2855 4462. ,27105 , 13975 i , 5097 2158 2435-^^.447^, vg-615 , v 6043 ^.3550^—5895 , O326 , X 7101 ^12658. , , 1280v 620 0=1

2073 '3864 .--5270 X

15 20508 5367 4771 5574 \ 4277 444**s**632 ' 4819 1360"" 1376

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4723 3613' ,-'; lUz'" ~~~ '486 0=4

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0=6

MX mw

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i-18

1-16

[-14

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r 10

l-8

WLCUUTED RES^STVfTY

Pseudo Section Plot 8+50 E;

-iv

o = 50

INTERPRETATION

50 OScale 1:5000

50 100 150 200 250 300

metres


HYMAN PROPERTY 0=50

DAN PATRIE EXPLORATION LTD

41I05SE2018 2.26201 HYMAN 250

MXmV/V

24

22

20-j

i18-1

H14-j

12-j

10-i

18000

16000

14000

12000

10000

8000

6000

4000

-18000

16000

14000

12000

10000

8000

6000

4000

5+00 S 4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFitterRlter 18,3 21.7 12.7 15.8 15.7 13.5 14.5 15.3 13.8 14.1 15.5 13.5 12.3 12.8 11.2 10.7 10.6

19 22 ^ x 8.7 11 13 ^7.5 9.9 12 13 11 14

V\\ 16 19 23\ \5.9 \12 15

18 X 22 \ 7.3 15 17 15 13

16 19 ^-14 \15 17 1 11 17 14 14

19\ 25\\11 \ 18 f~~2l 15 \15 18 l 11 11 \ 19 13 9.5

16 19 26 x ' 13 x 20' 18 ' 14 \ 16 15 10 12 x 18

5+00 S 4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFilter 5080 8560 4510 15700 9340 7970 9300 9560 7540 8320 9600 5670 7590 5740 4060 5580 4270 Filter

0=1 2337 8875, 2097 , v 16295, 8192 x 3488^— 2542 5278 —4299 x 1841, , 7352-^—3015 -1812._-2112_—3086 - 1046 1206 0=1

0=3

0=4

0=5

0=6 2946 6389

0=2 1735 5940 804'

3219 4353 \~\ v \ V2268\ 5169\ \12992\ \43I_

\ \ \ V \'\2580 6264 V 12398 \3977\\ 24361 \ 11

14094X \5322

l2235 11v^.

21935 12981\ 8461 9872— —10361

3609( f {28588\

J Vv^'3620 y' ,f0958N "3614

5585 5571 \ 9128\ \3253

' 1163s- x

5346 \7845

7047 l 2714X X9278 7479 ^3875^ l \ X ! l /' V \ \ ! .' \ \ 11078 j '2736 3014, \ 1T069 . 4313 2968V—^

4328 28405 x 10106 5201 ; 10197 6446 2950 ^3586^ 6695 3171

0=2

0=3

0=4

0=5

0=6

MX mV/V

r24

22

20

18

16

CALCULATED RES1STMTY

Pseudo Section Plot 9+50 EDipole-Pole Array

Filter•lv

a = 50 rn

O

D

INTERPRETATIONStrong increase in polarization accompanied by marked decrease in resistivity .

Well defined increase in polarization without marked resistivity decrease .

.ow resistivity feature .

Scale 1:500050 O 50 100 150 200/'••"'•''••••ii

metres

250 300

MUSTANG MINERALS INC,INDUCED POLARIZATION SURVEY

HYMAN PROPERTY 0=50


41I05SE2018 2.26201 HYMAN 260

r

MX l- MX mV/V mV/V

17-' - ^ 1 7 11000 f--^ ,.--'\ 11000 i

16- ' "'\ ' ,,,'""'" \ -16 10000 \. ,,.-"' \ "\ 10000

15 -i : 'X N ,.-'-' \ , ' \ j- 15

U-i aoao ;. X-., .-"' \ ' \ 9000 L M '"\., /' \^^

13 ~ 8000 "" — ~~~--.^ ,-' '' \ 8000 " 13

12- ; " \ -12: 7000 : \ 7000

11-. i \ -11

10- "O" \ 6000 L 10

3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFilter 16.9 15.8 14 13.1 148 156 17.1 14.7 13.3 12.9 12.3 13.4 15.8 9.5 niter

S* SM:B 11=1 15 11 10 45 12 11 ^8.5 —7.3 ———— 7.4^ 6.7 9.2 15 ^f 8.9 i 12 n*1 masaixa

0=2 18 14 13 if — - —— 10 14 13 15 __ , 13*^s~9.7--^-*12 15 f 41 "\ 111 0=2

0=3 17 16""~"-.^14............ '5 11 15" ~ ~~15' 20 "15^^^ 14 ,.,,— 15 /. 5 " 6.1 [1=3

0=4 18 17 18 16'- 15' 18 16 -' 21~^~-~-^19 17 j 7.1 6.3 0=4

0=5 20 __ ̂.^19 16 15 —— 15 19 17 \ 24 20 12 V^ 8.2 r^S

0=6 23 20X- 19 16 18 19 18X 25 ' 17 12 0=6

3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFilter 9290 9150 10800 10700 9860 7320 10500 10900 8720 8820 10100 9710 9320 5830 niter

\. 'v--..-L—,^ -- \ f 7 . ,

0=4 9799 1084eJ 88J7 13254 12179 j 8076 6477 \ \13885 13885 11072 6182 6108 0=4

0=5 10072"^^ 9329/ 12754 10591 ^9210 6961 5326. N^12380 11745/ 6366 6651 0=5

' "'""^x \N '0=6 9140 11279 16277 9154 9061 10441 4958 11830 8707 6168 0=6


a na a

r®~\ r® —i- i jjpr 1 | j

\ /

V Q = 50 rri " ^ plot point

X':^!, : -" IV" 1- , '] .5, 2 , 3, 5 , 7.5, 10, . . .

INTERPRETATIONB St r onq increase In polarization

accomoanied by marked decreasen resistivity .

wiU'OLii marked resistivity decrease.

Poorly defined polarization increase with .-'io ''esistivity signature.

T ^Ovv '~es'st:vity feature.

c - ,-, i o 1 - K ''"i A fi ^ L CM G 1 . o 'U u U50 0 50 100 150 200 250 300

metres


HYMAN PROPERTY 0=50

:,,:":;:-,^ 5^ 2S?fp!r1


41I05SE2018 2.26201 HYMAN 270

MX . : MX mV7V mV/V

i. -- s . , -

20- 18000 \^ i 18000 r" 20

19 "' 16000 \ " 16000 T 19

14000 \ ! 14000 ! 17- x i L17

12000 \ ; 1200016- \...... ,. ______ -^ ,,-- —————— i r 16

10000 ' ~--^ ,." " ~~~~^ ,.---" 10000is- ~- ——— -" \ ,-.--"' : i- is14- ^^ \ /'"^ \ Ô0 L 14

13 ... 6000 \ ,/ : 6000 M3

4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFilter 20.1 19.2 17.1 158 15.1 15 15.8 15.8 15.3 12.4 12.9 14.6 15.3 16 16.1 Filter

"" :!KW20 0=1 20 16 11 ~^92 8 73 ____ 7.3 8.6 7.8 ^.3.4 7.4 8.3 11 15 17 11=1 M-SKMEO

[1=2 22 20 15. ̂ 13 10— —— ~9.5— ̂ **TT 13 lT~~" — "11—^^6.7.-' /fT"*"^ 13 ...."16 20 0=2

0=4 21 ""-"20 18 17 17 17 18 18 19 18 X'\ 12 /' 18 ,,-^17 0=4

0=5 22 20 .-—-20"-- —20 20--^ 18 19 /' 22 21 ^22 "\ (\fi"~" stfl 0=5

0=6 17 22 24 20 23 18 ;'21 23 23 15 97 0=6

4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFiller 5590 9290 8560 11100 9430 9440 10600 12600 7650 5640 12600 12600 15300 16800 18900 Filter

cALCuiATÊsisTw-v n- 1 ^52 I1291 8118 , 5329 12 586 9975^^11110 , 4908.-— 5118 .^2026 .10625 11333 14380 16773 50195 0=1 OTLCUWTCD RESISTIVITY/- \ vk :-""- / y -~ ~-^C~ y- N-\ — --" .'' 'v -0=2 3699 6296\ 11054^9046 1708Q- 1049f 7099" 5253 --'"9537— O3108\ 2736 '\17747 16066 18043 27026 0=2

'•••- N x - \ l f ^\^- \- :ox\-x0=3 6140 6204 11603 10608 '15794 B914i 4897 8853 16570 ^8731 ^ 3847 \ 20953 16605 24893 0=3

\ \ \ '- "\ Xx- '^ '\'-0=4 6047 6397 \ 13251 10554 12729 j 6425 6843 11308 \ 18380 X'X .. 10043 ~\ ,3997V 17099 19612 0=4

-. \ ____ J ~ ___ --"' \ \ — ̂ \ "^V-. ~^\ ~-.0=5 6092 7124 \12213X-52̂ B —— '^9260 8283 8590 \ 12883 23697 15142\ \ 34^3 X 19146 0=5

~'~...... ,. -.— . \ '-....,...-- \ ..' ' .\ 0=6 6656 4889 8524 5666 9759 8612 8622 14127 20352 10300 3234 0=6


a ria a

rî r(I^\ /'

* ''- 7 ,, - en r~ V 0 — ..; L; . ' :plot point

^9 ?['. l,^r!;C 1 , 1 - 5, 2 , 3, 5, 7.5, 1C, .^.' O i S i. '-J L.J . j

INTERPRETATION1 St r cnq increase in polarization

accnmoanied bv marked decrease;n resistivity .

D Weii aeflned increase in polarization without rnarked resistivity decrease .

— . Pco^y defined polarization increase with ne resistivity signature.

T Low r esistivity feature.

P, , 9. f* c- O ff'lSf ' f ••-, ' ', .•.,-;- '.-,f f ljn

Scale 1:500050 0 50 100 150 200 250 300

metres


HYMAN PROPERTY 0=50

Date: 09/05/2003 interpretation: B.PAIRIr


41I05SE2018 2.26201 HYMAN 280

MXmV/V

21

20-

12-

11

14000 .——————————

10000

6000

4000

3000

4-t-OOS 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFilter0=1

195 17.1 20 20.1 15.3

0=3 29

173 17.1 16.8 16.9 12.5 12.6 146 13.6 11.8

2+00 S4+OQSFilter 6650 3980 6090 8750 9010

1+00 S 0+00 N 1+00 N 2+00 N 3+00 N9540 9380 10800 9240 6080 8720 9540 13000 13100 9920 12300

5936. 2554 8780^11426 10600 13868/ . 3574———2826- ^ 3333- -^684^ 1857.. 4945——jt94p.;..-..,~7446 8576

0=2 4259 "'X5630'~'~-4726 8369 \ 12126 14755 /7B49 "'5074' .,91'40 ^266-^X1261

0=3 2423 "X. 3580'- 8217 4214 8243\- 13726 94B3 8609^ SSS&/ 12932^8100-0-

0=4 2048 ' 4518 7114 4440 '8932~——B^84 101^6 11910 10182 13407 -14985V-'-. 1530 v - ''ld441 '17246,- 9696'"——- S "' ^ "-^"

0=5 2404 X,. 3741 ' 5979 . 4032---..5372 , 9907 12165 12605 8862 ; 1937f 23349 \\2866

.0=6 1945 4414 7031 3234 7394 11478 14169 13831 13591 33877 10822 3596 6764

8366V 14266 20068 8639

\ '-104-

11626 ^^"8300

MXmVA/

— 14000 : 21-20

12000 !

L 1810000

-16 8000

6000 " 14

i 4000 -12

— : 3000 11

Filter-12 0=1 I*SW20

0=2

0=3

0=4

0=6

0=6

3 Filter7486 0=1 CALCULATED FESISTPj'nY

0=2

0=3

0=4

0=5

0=6


a ria a

r~®—\ n('D —— "

" "rt , a r̂ 5G rnplot point

Co'itcu'~s : ' - -^ , , -^ . ~- , . -* ,

INTERPRETATION1 Strong increase in polarization

accompanied by marked decrease• n resistivity.

Q Well defined i ri c r e o s e n o o i a r i z a t i o r- without 'narked resistivity decrease.

Poorly ae^ined polarization increase w'tn no resistivity siqnatjre .

T LOW resistivity feature .

c ,-, ,-, i ^ 1 . c A r"1' r-, J; C u : t i . -J w U w

50 0 50 100 150 200 250 300

metres


HYMAN PROPERTY 0=50

Dale: 09/05/2003^ ^


41I05SE2018 2.26201 HYMAN 290

MXmV/V

1JUUU . . , , , . , ,

12000 . j 1200022- ^,,"""' \.

10000 -' - , x ! 1000020- /' \ ,y'~ \

8000 ~~~— -— - ' " \ -'\ . 8000 18- - .' \ 7 \ !

s \ ;16 . 6000 ,, V'' X^ ; 6000

14- 4000 \, 4000

4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 NFilter 18.9 184 16.1 21.3 22,7 188 20.6 16.4 18.7 16.3 14.7 13 13.5 RHer

••"SM20 rp1 15 17 22 25 17 19 x 10 13 ^.8.7 8- -^4 4.4 [1=1

0=2 16 18 16 ,.-'-13. ""\ 24 \. 18 /'"23\ \ 1 1 ('1?X 11~~~~-^.9.7 ""-\ 6 0=2

(1=3 20 21 18 ' 13 15 26 20 22'- \ 12 , 18 " - .13 VI 0=3

0=4 20 36 18 18 --.14 18X 28 19 23 \ ^M4 : 20 "15 0=4

0=5 34 22 ....... 19 ...... 20 14 ! 20 29 19 23~'"-...,. 17 21 0=5

0=6 22 24 21 21- 17 ' 21 23 20 27 N - 18 0=6

4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 NFilter 4040 5170 3570 4410 6560 11600 7430 6690 9010 8460 8260 8450 6370 Filter

WLCUL.-ESRES.STVTV n-, 5562 53,4 355(5 5301 .8448^.8129 . 1731 , 4966 -,. 1634 - 2310 , 1055 3049 0=1

0=2 4939 8369 3207 232S-. 5333 j 17lS8 -,x 8683-.,. \3448 /' 7543. "--3638 2495 _ 2249 0=2

0=3 5203 5697 5931 2798 2589 ' 9377 . 19117 --127^^x5948 ; 1^565-^^8^19 53'3 0=3- . -. - \\ \ ,'-~. \ X.--'' \ ^~\"'^-

0=4 2759 5630 4134 —.5394 2009 3931 - T0651-, 22866-. 13341\ 7336 \ 12549 9639 0=4, x - "' -. \ '- \ \. x \ \

0=5 2776 4441 3511 3750 2244 4118 x 13112 -24229 -. 14329\ 9187 16566 0=5 —— -~~ -" ................ . ' s - N '- \ -\ \ j V

0=6 2188 ' 3458 1896— - 2041 1661 4258 11507 25084'' 7916 9688 0=6

MXmV/V

h 22

k 20

Ms

he

l... )4

M*5SO"820

CALCULATED RESiSTJVrTY

Pseudo Section Plot 11+50 EDipo!e~Po e Array

a na a

j l

V a = 50 rn plot DO mi

INTERPRETATION" j'V'onq 'Tic r e a s e in polarization

"cco'T'oanied bv marked decrease

witnout marked resistivity decrease.

Poorly ae'ined polarization increase ,v;"'~ no '"esistiviiy signature .

^ /-. ^ f p Q ; Q * i V' ' t y 1 e 0 t ' i r P

--/-o 1 -hOOO50 0 50 100 150 200 250 300

metres


HYMAN PROPERTY 0=50

"-. ., H. ., . r- o i o c, l o n p -.... j t ;r . -w y x u j y z L.' u ,j


41I05SE2018 2.26201 HYMAN 300,.,,.,,,,,,.,,,,,,,,.,,,,,,,,, —- .. .——-...,............. , ,,,,,,,,,.,,,,.,,,,,,,,,,,,,,,,,., ..,.....——.....,., ——————— .,.,,,.. —————————

MX MxmV/V mVA/

26- 160000 - —————————————————————————————— , —————————————————— : —————— , ———————————— , ———— , . ————— .^.. , . — - ,. 160000 -26

24 ~j 140000 ; ,,— — ,-,.-. . j 140000 ^24

22J\ 120000 ; /' \x 120000 ~'r22

100000 :. "x /' \ 100000 ':is -i ;\ ,^- — -' \ ,/"' \ Ms

: 80000 ; - ,,,'"" '-' \ 80000 i 16-! . - ,.,,"-'" X——— ̂ H6 . . 60000 ,,-"""" \ 60000 14- . \ -1412 ., 40000 i '\x 40000 L12

10- 20000 i \^ 20000 L 10; i , , , . , ^^-"'^"' . "~""~~~~—^- ——— j

5+00 S 4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 N1 ————— 1 ———— 1 ———— 1 ———— l ———— 1 ———— 1 ———— 1 ———— 1 ————— 1 ————— 1 ————— l ———— 1 ———— 1 ———— 1 ————— \ ———— 1 ———— l ———— l ——— ,L..,. J ————— 1 ————— 1 ———— 1 ——— -.1 ———— l ——— ( [, , V t, 1 1-— ' ———— ' I - I- J 1, 1.,., ^ ( ,, , l,.,™^^,,,,.,,,,.

Pseudo Section Plot 12+00 EDipole-Poie Array

a ria a

r(5^ r*1*—*' -i/ a = 50 rn

plot point

. oaar:t hrnic ^ . r- ^ -, ~- -, c *^ 1 3 2 3 i 7 5 1 ( i -Jontours ' " ' ' ' " - . . . .

INTERPRETATION' Strong increase in polarization

accompanied by marked decreaseFilter 19.2 144 16.2 177 18.3 23.8 23.3 20.2 172 20.3 15.7 15,3 11,2 8,68 6,82 9.78 8.82 8.99 Filter

0=1 11 11 17 18 X 21 29 24 .,,18 ,,., 13 12 -9.5., 11i , ^2 ̂ -.....0.55 3.4 , 9,2 ^6.5 . 8,3 n^1

\6.60=2 13 19 """X J4 \ 17 16 \22 27 25 22\ 12 lT7\ 9.2 12**X^7~i \ ~-^J.,3' / 7,7 1

0=3 12 19 ' 14; 17 ,; 13"\ 17\ 29 26 21 S \ Oi \18\x 12 16 \^'. 4.5''"-—.....6.5^ \ _ 8.4,--,, 10 0=3

0=4 15 :13 16 16 •~" 17 —- 19 29 26 21 \v 10 \ 20 "" .13 13^^^*^14 \. 69 "-12 0=4

0=5 19 24 ~X18 16 25 18 28 26 ^20 ^\ 9 9 'l i 24 \ \13 97 12.' -'1.6 0=5\,^ \. _ ; \ x -x \ ^ ' /"

0=6 19 29 18 '21 23 22 31 25 25^ 16 ' 22 X '- 10- 10 13 0=6

5+00 S 4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFilter 3480 3100 2870 2380 2790 6140 8090 11100 5640 8030 110000 82800 5840 7550 7420 144000 99800 26700 Filter ^ , gw 272g 60 Qg 1B74 2 376 . 7509 4577 ., 7357 -~,,2 101 ^ 3079 4014 ,, 1220=5— -5686 __ —1090 1378 .6449 __ 5698* 15203 0=1 CALCULATED REaSTlVlTY

0=2 400V, 3294 5506 3821 1061 \\.3580-. 7031

0=3 61"3' .4860 3944 2632 . S13V-.C-2506

H—4

0=5 899-, ,

0=6 933 4180 3113 2332 1141——"2410 10695 17519 31275 "^16419 '"12131 461756

9855 11953 ! 18828 \\1721 . 1 0398"**15587 --'. \ '904 X. ""-3058 3692 2413 \721\\ 3273 12392 15340 17512 NV.J371 \ 12454' 27240''' '"47621 1 \1420~, 3088" "

2250 2088 i : 15539——-12430 0=2

1958 : 3742\ '.25505 0=3

5920 0=4

2836 0=5

36 0=6

Q

Scale 1:500050 O___50 _100 150 200 250 300

metres


HYMAN PROPERTY 0=50


41I05SE2018 2.26201 HYMAN 310

MXmV/V

24-

22- ;

20-

18-i

16-

14 -

12-

10-

CALCUIATED RESISTS'

14000

12000

10000

8000

6000

4000

2000

O

4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFilter '64 149 12.5 144 168 173 21.9 19.6 14.4 20.6 17.3 9.64 10.9 111 11.6 131 Filter n^ 5.1 8.7 12 12 24 -18 15 12 , 17. v\s-0.31. 46 7.4 \ 13 9.2 0=1

12 17 ,-21 28 18 \

0=3 12 11 ' 11 15 24 23 ; . 37 "; \ 15

0=4 12 15— -—' 16--,..,.., 13 21 26 26 ~" 25 \, 16

'1=5 15.-—,. 14- 17 18 20'-,.. 22 28 20 26 \

0=6 '6 18 18 "21 ~""-20 19''- 25 22 21 27 "20 ~x-

V95 15

23

0=2

0=3

0=4

0=5

0=6

4+00 S 3+00 S 2+00 S-i. 1+00 S-J——l——L.

0+00 N 1+00 N 2+00 N 3+00 NJ——L.

Filte- 2600 1510 848 1630 8480 7560 7660 5950 5820 11800 6040 4640 7660 9490 7160 8860 Filter, 1325, , v'6357 9014,, 5199 ..6761 x 2181 \3831 _3231—^-1407. 2077 , 7022-__7401- 7665 0=1

1558 \2104'. ; fi703 10*091 0=2

1481. : ! \6230\ 20261 0=3

0=4

2023\.'-20027: ^92 53: . 2432 0=5

1596 N817 \ 1579. ^13968 8582"^ 12972X 6823

3035 1833 1162__'l'492\^14314-' 16965 11394r~^2597 3125 '744 '841

2409 2327 2607 1425

-, , x . l \ "-C^'^V ,^\\x1095.\ 20630 12366 l 8337"-^ 5937--- 1959\\21900 ;240X , ^'2097 9\ t-" V---'" t " ~'-~--C'"-. -^Vx \ V

l 753 \.i448^S.14339 8646 /'TT266~~*^9lb2 \ 2023V'-20027: a

786 ^802 '^)435 9882 14396 ^14396 N 8067 1882 15682 ' 0=6

MXmV/V

-24

-22

-20

-18

-16

-14

-12

-10

~ST RESISTIVITV

Pseudo Section Plot 13-1-00 E

INTERPRETATION

50 OScaie 1 :bOOO

50 100 150 200 250 300

metres


HYMAN PROPERTY 0=50


41I05SE2018 2.26201 HYMAN 320

MXmVA/

26-

24-

22-

20-

18-

16-

14-

12-

12000

10000

8000

6000

4000

2000

O

12000

10000

8000

6000

4000

2000

O

4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFilter 152 15.7 173 147 13 15.9 17.6 20.4 21.5 24.9 18.7 11,4 12.2 13.3 14.2 9.53 Filler

0=1 11 12 12 \. ,5.1., 3.8 9.2 15 18 ,- 50 18 S 14 x.--, 27 -- 4.1 , v 14 9.9 3.7 0=1

0=2 12 14 14 13 ""X/" 8———"'8.8 y 14- 19' l 39 ,/ if" 18 ^15 NX \i .9 J \6\N. 12 "*10 0=2

0=3 14.,.-_.15.....-" 16 '"••14........ —.J4 11 : 18/' 26 "~ 21 \ 18 19 160^-42 '- 7.8 \ 13 0=3

0=4 17 16 2T""'~....— 20—-- 15—__-15 : 27 ,19~"\ 22 \ 18 19'"" "21 "\X-43'1 "76 0=4\ ,--' \ \

0=5 17 17 \ 23 31 "'"" 19—— -...,, 18 \ ., '19 19 N 22 \,J9-' 28 ,...-,"2l '\ N^4.5 0=5

0=6 22 ~ 19 16"" - 26 29 19 18 '20 21 20 - -8.1- x '2"3 0=6

4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFilter 1140 893 815 950 1100 2840 4420 5670 5210 4820 10800 3350 5320 10300 7000 9480 Filter

0=1 322 351 410 1039 669 2679 j, ., (7279 , , 9171 v,v,v3513,,v\v644i i i7380v.-/y4,12 ^ ,.. 1635 X \ ,\ 5149__;3943-^ 11101 0=1

0=2 259 642 722 934- 1173~"

0=3 396 1022" 1261 1169 1267

0=4 547 \ 154T~~~~1491 1255 1238

0=5 761'- 1671 .1353 1040 1059

0=6 794

1224 ,\5213v\VI0081 .; 9199.,\\\3228~_-' 3861

1647 1382 1138 1020 "-1132 4940 7393

mV/Vr 26

L24

~22

-20

-18

r 16

-14

-12

-10

CALOJUATHD RESISTIVITY

Pseudo Section Plot 14-1-00 E

i—ii;

INTERPRETATION

50 OScale 1:5000

50 100 150 200 250 300

metres


HYMAN PROPERTY 0=50


41I05SE2018 2.26201 HYMAN 330

l

MX ,. ,. :: ~ MX mV/V mV/V

25000 ; /r"""~\ 25000 j

24 -i | /' "\. j-24

22- 20000 ' ' \ /'\ 20000 -22

20^ 15000 l ' \ /' X\ 15000 j- 20

10000 . ; '\. ,-""'"""""""\ f \ ,^ 10000 i

5000 ' ~"\ /' \ f 5000 ' 14-' - ~~——— — .X" : '"^

5+qos 4+qos t 3+qos t i 2+00 s i i 1+00 s i i O+OON i i I+OON i t 2+00 N i ^ S+OONFilter 15 26.1 24.4 174 15.7 18 164 16,7 15.2 16.1 16,6 23,5 18,9 15.4 13.8 13,4 17 14,6 Filter

"• 59Q ™ 0=1 12. 35 , ..13 -v^.^8 1 2 O.4 ____ 91.., 11 1 8.7 12 , . 22 21/ 16x ^.4 . 3.6 ,7.4 86 ,,. 5,3 rpM MCSSIMJO

n=2 8,6 15\ \38 X\. -16. 11 11 14 12 9.7 8.6 ( 18 ^-20 '\ 17 16.. \7.9--''VlT\ XH^-^^^S.e 0=2

11=3 11 ' 17, '~\ 40 \ ''16,,---^^-...,, 12 ''16 17\ \7.7^,— ,. 13 x---^.15 \ 22 ~~ "~ "20-,,., 17"~-~x 10 9.2 11 n=3

0=4 13 , 18 ''-x 39 'X' '41 \ ""20 'x... 14' 20 \13 /' ( 2B '] \14 \ 17 \ 22 22 22 X Tf~ ~~Ts n^

0=5 14 X, ""i8-.-—,."19 ''\. 34 "'\ 18 18 ,- 15 __ .157 1,18 \ 13 \ 17 \ 23 ' 42 \ 21~""'' 23 0=5""~~- ——— -O. k "\. ~"\ .--'"' ". . "'' '" \ \ \ \ V '.^ x-

0=6 14 10 ~-- 18 ' 41 -, 22 ^g^ ' ' 32.—-. 27 V 19 14 18 x 24 ^ 32 X 21 0=6

5+00 S 4+00 S 3+00 S 2+00 S 1+00 S O+OON 1+00 N 2+00 N 3+00 NFilter 785 787 892 1110 1090 1080 1120 1300 1550 3750 4260 2060 4820 4220 3590 6410 8330 24600 Filter

CALCULATHT RESISTIVITY n- , -go .297 411 ..,- 524 -..,, 361 392- ...777,^-1067 1252, 2070 2590 ^, ^378i/ ,2014 ...^2490 -,,,.. -,,'617^ 2335 7707 ..136085 0=1 CALCULATED RESISTIVITY

0=3 704 700-841 95C)^102l) 1382'' 1852 1826 .'1241 12"31x\4371' 5977 ~~ -x2703 \ 9478\ 4167" --,. '1743 9/36 0=3

0=4 990^^^912 1007 1092 1702 ..2045"' 1975 ...-'1275 1 1 45 ——S88\\ 6903 '. 10363\ 3247-..., 7856,.^ 5893 "---..2336 0=4

0=5 1211 ibte 1091 1418 2143 1869 1102 1060 [ 881 J 1249\ -6280 fl3fel 1, '.1405'. 9389 —10769 0=5- /' x!iy v'" ) l'"--' " ; "0=6 1274 1380 1726 2005 2327 1365 1203 1036 1202 1642 9633 ^428- 3832 11331 0=6

Pseudo Section Plot 15+00 EDipole- Pole Array

a na a

i— (y)— i i—© —— 'Filter li j

ty- a = 50 m * * plot point

* T

logarithmic T T 5 2 3 5 7 5 10 Contours ' ' ' '

INTERPRETATION* Strong increase in polarization

accompanied by marked decreasein resistivity .

Q Well defined increase in polarization without marked resistivity decrease.

3 Poorly defined polarization increase with no resistivity signature.

T Low resistivity feature.

Scaie 1 :50GO50 0 50 100 150 200 250 300

metres


HYMAN PROPERTY 0=50

Date: 09/05/2005 interpretation: B.PATRIL


41I05SE2018 2.26201 HYMAN 340

MXmV/V

24 1

22 J

20 -i

18-i

16J

14-i

12-

10-

CALCU^TED RESISTIVITY

7000

6000

5000

4000

3000

2000

1000

o

7000

6000

5000

4000

3000

2000

1000

O

5+00 S 4+00 S 3+00 S 2+00 S 1+00 S 0+00 N 1+00 N 2+00 N 3+00 NFilter 19.5 13.4

0=1 18,

20.2 219^-21- ,- JL9 '- \\ 22 '

" ^NNr" \

i l

13.6 12.2 11.2 109 Filter

-5.5 x. 4.2-,, 3.1 3.2 0=1^::;:^1Si^"::^6^ \^T~~~-

^\ QJT^—-~-^s; 7 i ...i~ -K.——zzrTTTr——'-^- A t i

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30

17^*^^15l(7;^'2"4;^^S2^\^'-Ôx-^--l7 ;: \21

3ft'^fM^^:^^:'" 18\\1

0=2

0=3

0=4

0=5

0=6

5+00 S 4+00 Sl——l——l——l——L

Filter 653 606

0=1 251 ...-- 330

3+00 S 2+00 S 3+00 N———l———l———u

919 1390 1170 1150 1320 1620 1630 2080 6560 5450 3860 3950 4540 6480 5940 Filter

1+00 SJ__u.

0+00 NJ———L.

1+00 NJ———i———l———L.

2+00 N..l——L.

457 678^ 427 ^ 483. x 2752 , ..1040- 1351 2531.. 4615 2728^ -1700__..1793.——1971-^^1832 1560 0=1

0=2 246 489 __...463 745 1078——^.740"""" 815 — 893 ,1578 ..-2046 ,1260. \ 4728'"" "4649-__-,36~36 4334 \2140 1822 0=2

0=3 368 . 612 644 1001 1572——-1355 __. 1478"""" 1855,,. '''2352 ,' 1423 1463\ l 1-fSo5~-—9734 "~~"J"""6916 X~4958 4221 0=3

0=4 435\ 783 816 | 1291 :'2384 ""~M919-""""2282 2077-''" 1495 1253 i ^896\\VI3464——13461 "V 6127^.._ 5240 0=4

0=5

0=6

525 , 971l

1731\ 2921 2727

627 814 1101 1861 3332''

i -' f \ V. x ' \ ; V ,—- 2481 X 1437 1351 /1690 \2231 \ 19034,-' 13676^*11625

2311 1294 "^903' 1441 1655 "--2494^*" 11311 9661

0=5

0=6

MXmV/V

r22

h 20

-18

-16

L 14

Pseudo Section Plot 16-t-OO EDipoie^Poie Array

a no______a

INTERPRETATION

a

50 Q 50 100 150 200 250 _300

metres


HYMAN PROPERTY 0=50


RPT ON IP SURV HYMAN NAIRN BOUNDARY PROP

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