Geophysical Survey Interpretation Report - Ontario · Geophysical Survey Interpretation Report ... and cited by Dr. M. H. Loke in Tutorial: ... Oasis Montaj Geosoft Target

INSIGHT GEO

PRO MINERALS INC. 1 MAY 2010

Geophysical Survey Interpretation Report

Tuned Gradient / Insight Section DCIP and Ground Magnetic

Surveys

On the

The Shining Tree Project Shining Tree, ON

on behalf of

Pro Minerals Inc.

Vancouver, BC

Marty Kratchovil David J.W. Dawson

Insight Geophysics Inc. May 2010

IIINNNSSSIIIGGGHHHTTT GGGEEEOOOPPPHHHYYYSSSIIICCCSSS IIINNNCCC... 95 WALBY DR., OAKVILLE, ONTARIO, CANADA, L6L-4C8

905 465 2996

INSIGHT GEOPHYSICS INC.


Table of Contents

TABLE OF CONTENTS ................................................................................................................................................... 2 LIST OF FIGURES .......................................................................................................................................................... 2 LIST OF TABLES ........................................................................................................................................................... 2

INTRODUCTION ........................................................................................................................................................ 4

GENERAL INFORMATION ............................................................................................................................................. 4

SURVEY GRID: PROPERTY LOCATION ........................................................................................................... 5

PROPERTY LOCATION .................................................................................................................................................. 5 GRID INFORMATION .................................................................................................................................................... 5 GPS REFERENCE POINTS ............................................................................................................................................. 5

SURVEY PARAMETERS: ......................................................................................................................................... 6

SPECIFICATIONS DCIP................................................................................................................................................. 6 INSTRUMENTATION...................................................................................................................................................... 6 PARAMETERS ............................................................................................................................................................... 7 MEASURED PARAMETERS ........................................................................................................................................... 7 SPECIFICATIONS TOTAL FIELD GROUND MAGNETICS ............................................................................................... 7

SURVEY EXECUTION .............................................................................................................................................. 8

GENERALITIES ............................................................................................................................................................. 8 SURVEY COVERAGE .................................................................................................................................................... 8 QUALITY CONTROL ................................................................................................................................................... 10 DIGITAL ...................................................................................................................................................................... 11 DATA COMMENTS ..................................................................................................................................................... 11

DRILLING FOCUS / RECOMMENDATIONS ................................................................................................... 12

SUMMARY .................................................................................................................................................................. 12

APPENDIX A : INSTRUMENT SPECIFICATIONS.......................................................................................... 15

APPENDIX B: RAW DATA PLOTS ...................................................................................................................... 18

STATEMENT OF QUALIFICATIONS ................................................................................................................ 25

List of Figures

FIGURE 1 PUBLIC DOMAIN 1STVD MAGNETICS WITH KNOWN PRODUCERS ALL COMMODITIES LOCATION MAP.5 FIGURE 2 ARRAY CARTOON FOR TUNED GRADIENT AND TYPICAL INSIGHT ARRAY SETUP ....................................... 6 FIGURE 3 GRID REFERENCE SYSTEM FOR THIS REPORT. BLUE CIRCLE MAGNETIC READING, FILLED CIRCLE TUNED

GRADIENT MEASUREMENT, INVERTED TRIANGLE GREEN - INSIGHT SECTION; INVERTED TRIANGLE YELLOW; CONFIRMATION OF UTM BASELINE .................................................................................................................... 10

FIGURE 4 EXAMPLE OF MONITORING TUNED GRADIENT FOR SPATIAL RELEVANCE AND TIME DECAY ................ 11 FIGURE 5 EXAMPLE OF QUALITY CONTROL OF GROUND TOTAL FIELD MAGNETIC SURVEY ................................... 11 FIGURE 6 GEOPHYSICAL SUMMARY MAP IN PLAN ..................................................................................................... 12 FIGURE 7 GEOPHYSICAL REPRESENTATION OF GENERAL GEOLOGIC SECTION 100E ............................................... 13 FIGURE 8 GEOPHYSICAL REPRESENTATION OF THE GENERAL GEOLOGIC SECTION 400W ..................................... 13 FIGURE 9 GEOPHYSICAL SUMMARY PLAN IN RELATION WITH GROUND TFM [NT] ................................................. 14

List of Tables

TABLE 1 RECEIVER WINDOW SPECIFICS ......................................................................................................................... 7 TABLE 2 SURVEY COVERAGE ......................................................................................................................................... 10



TABLE 3 FILE NAME: C94 GROUND MAG WITH UTM ROTATION AND TRANSLATION.CSV N=834 ....................... 24 TABLE 4 FILE NAME: GRADIENT.GDB N=902 .............................................................................................................. 24 TABLE 5 FILE NAME: C94 IDEAL GRID IS400W.GDB N=952........................................................................................ 24



INTRODUCTION

General Information

Project Name: The Shining Tree Project Survey Type: Time Domain Induced Polarization / Resistivity

Tuned Gradient / Insight Sectional Ground Magnetic Surveys

Client: Pro Minerals Inc.

1600 - 543 Granville Street Vancouver, British Columbia V6C 1X8

Client Representatives: Mr. Adrian O’Brien Spatial and Mine Claim source:

Robert D. Stewart, P. Geo. 330 Ridgevale Drive Bedford, Nova Scotia, CANADA, B4A 3M1

Property Access: The property was accessed daily by 4 x 4 vehicles. Report Authors: This report is primarily based on the work of Marty Kratchovil and Jim Frobes

Jr. These data have been quality controlled by David J.W. Dawson. The interpretive portion and opinions within this report are primarily based upon the data manipulation of the vertical sounding DCIP technique: The Insight Array; by David J.W. Dawson. [email protected]

mailto:[email protected]



SURVEY GRID: PROPERTY LOCATION

Property Location

Province: Ontario

Figure 1 Public domain 1stVD magnetics with known producers all commodities location map.

Grid Information

Established: Prior to and during survey

Co-ordinate System: Nad83 Zone 17N or picket numbers

Line Direction: UTM grid north +5 degrees East

Line Separation: 100 m

Station Interval: picketed @ 25 m

GPS Reference Points

All grid referencing for this report has been controlled by:

Robert D. Stewart, P. Geo.

Bedford, Nova Scotia, CANADA, B4A 3M1

email: [email protected]

mailto:[email protected]



SURVEY PARAMETERS:

Specifications DCIP

Array Type: Tuned Gradient and Insight Array

AB size: maximum 3000m

MN (Rx dipole spacing): 25m

Sampling Interval: 25m

The Insight Array is a development of the principles of Insight Geophysics Inc. Coeval development

has been referred to The Wenner – Schlumbergert array as researched by Pazdirek and Blaha, 1996

and cited by Dr. M. H. Loke in Tutorial: 2-D and 3-D electrical imaging surveys, Copyright 1996 – 2001;

Revision date: 1 Sept 2001. The presentation of the Insight Array data is unique to Insight Geophysics

Inc. [The Insight Section] and proprietary.

The Gradient Array is a modified Schlumberger array which is best utilized for covering large areas

http://www.zonge.com/PDF_Papers/Intro_IP.pdf. The Tuned Gradient Array is an application with

proprietary developments by Insight Geophysical Inc.

Figure 2 Array cartoon for Tuned Gradient and typical Insight Array setup

Instrumentation

Receiver: Elrec Pro (refer to Appendix B; Instrument Specifications)

http://www.zonge.com/PDF_Papers/Intro_IP.pdf



Transmitter: Huntec 7500 (refer to Appendix B; Instrument Specifications)

Parameters

Transmitted Waveform: Square wave @ 0.0625 Hz ( 4 sec1)

50% duty cycle

Receiver Sampling: Semi log windows (20 windows)

Window Width (ms) Window Width (ms)

Mdly 160

1 80 11 160

2 80 12 160

3 80 13 160

4 80 14 160

5 80 15 320

6 80 16 320

7 80 17 320

8 80 18 320

9 160 19 320

10 160 20 320

TOTAL 3680ms

Table 1 Receiver window specifics

Measured Parameters

IP measured Parameter: Chargeability in mV/V

Resistivity measured Parameters: Primary Voltage in mV and Transmitted Current in mA.

Specifications Total Field Ground Magnetics

Appendix A

http://www.terraplus.com/products/magnetometers/gsm--19-overhauser-v%207-waas-dgps-

cdgps.pdf

Sample Interval: 12.5m

Unit: nT [the nanoTesla]

1 Please note industry standard dpdp / pdp surveys are sampled ‘2 sec’ or 1Hz primary waves.

http://www.terraplus.com/products/magnetometers/gsm--19-overhauser-v%207-waas-dgps-cdgps.pdf

http://www.terraplus.com/products/magnetometers/gsm--19-overhauser-v%207-waas-dgps-cdgps.pdf



SURVEY EXECUTION

Generalities

Survey Dates: March 13th through March 23

rd, 2010

Survey Days 9 days

Weather Days: 0 days

Mob Days: 1 days

Personnel: Geophysical Operators

Marty Kratchovil Jim Frobes Jr.

Survey Coverage

The following tables contain the line extents of the survey coverage. They do not include

repeated readings in the total distance calculations. Approximately 5% of the data was

repeated in the field at the time of collection for quality control purposes.

Survey Line Min cover

Max cover # of levels meters Survey Line Min cover

Max cover meters

IS 100E 200S 550N 5 750

IS 100E 200S 550N 12

Grad 400E 75S 300N 375

Grad 350E 100S 300N 400

Grad 300E 100S 300N 400

Grad 200E 125S 325N 450

Grad 0E 100N 250N 150

Grad 100E 200S 550N 750

Grad 100E 550N 625N 75

Grad 200E 325N 625N 300

Grad 0E 250N 637.5N 387.5

Grad 100W 100S 650N 750

Grad 200W 100S 50N 150

Mag 400E 75S 300N 375

Mag 350E 100S 275N 375

Mag 300E 100S 275N 375

Mag 200E 112.5S 625N 737.5

Mag 100E 150S 625N 775

Mag 0E 162.5S 625N 787.5

Grad 300W 100S 650N 750 Mag 0N 650W 425E 1075

Grad 400W 100S 650N 750 Mag 100W 125S 637.5N 762.5

Grad 500W 100S 650N 750 Mag 200W 100S 637.5N 737.5

Grad 600W 0N 650N 650 Mag 300W 100S 625N 725



Grad 200W 50N 650N 600 Mag 600W 25S 637.5N 662.5

IS 400W 125N 625N 6 Mag 400W 137.5S 637.5N 775

Mag 500W 100S 637.5N 737.5

IS 400W 125N 625N 16 750 8900 m

Tuned Gradient 7687.5 M

Insight Section 1500 M

Ground TFM 8900 M



Table 2 Survey coverage

Figure 3 Grid reference system for this report. Blue circle magnetic reading, filled circle tuned gradient

measurement, inverted triangle green - Insight Section; inverted triangle yellow; confirmation of UTM

baseline

Quality Control



Figure 4 Example of monitoring Tuned Gradient for spatial relevance and time decay

Figure 5 Example of quality control of ground total field magnetic survey

Digital

Preliminary processing of the IP data was handled with these licensed software packages:

Prosys software.

Oasis Montaj

Geosoft Target MatLab UBC 2d inversion software

Data Comments

Ground proofing suspicious cultural anomalies near L100E from 1+50N through 2+00N was confirmed by both Insight Array and Tuned Gradient Array. Abrupt gradients have been left in the Ground Total Field Magnetic Surveys. This area [exploration region] has a history of variable sub parallel to line magnetic structures. All GTRM high gradient features must be ground proofed and are not the primary focus of the conclusions within this report.



DRILLING FOCUS / RECOMMENDATIONS

Summary

Figure 6 Geophysical summary map in plan

Green inverted triangles [5] are points for ground proofing for sulphide mineralization in outcrop or trench. Line 400W near 200N, 350N and 435N; Line 100E near 125N through 200N and 335N. Section A – A’[ Figure 6 ] is highlighted in Figure 7. It is interpreted the primary mineralization targets are associated with the shallow North dipping resistor [more competent] as outline by the dashed red lines. This is believed that his mineral package comes to outcrop surface in multiple locations.



Figure 7 Geophysical representation of general geologic section 100E

Figure 8 Geophysical representation of the general geologic section 400W



Figure 9 Geophysical summary plan in relation with Ground TFM [nT]

Successful results from ground proofing the outlined green inverted triangle locations could lead to the conclusion that the DCIP Insight technology has successfully directly detected these styles of mineralization. Sections 100E and 400W interpretation summaries would be combined with all geologic information with the objective of planning a shallow [<300m drill holes vertical length] exploratory drill program. Emphasis would be placed on drilling the red dashed lines along section.

Insight would like to thank Pro Minerals Inc. and Robert Stewart for their generous assistance during this successful project.

Respectfully Submitted

David J.W. Dawson

Chief Geophysicist

Insight Geophysics Inc

Wednesday, 12 May 2010



APPENDIX A : INSTRUMENT SPECIFICATIONS

ELREC PRO Ten channel IP receiver

Terraplus is pleased to announce the ELREC PRO, its new ten channel IP receiver, featuring 20 chargeability

windows and a graphic LCD display.

The following improvements have been introduced in this new receiver with respect to the previous ELREC 10

unit :

HARDWARE FEATURES:

The size has been reduced by 4 cm in height: 31x 21x 21 cm

The power consumption has been reduced by a ratio of three, which means that with less battery it is possible

to have a longer autonomy.

As a result, the new system is 2.5 kg lighter than the ELREC 10, with a weight of 5.5 kg only.

The data (21 000 readings max.) are stored in flash memories not requiring any lithium battery for safeguard.

The new system is compatible with the existing SWITCH Plus boxes for automatic switching of electrodes

according to preset sequences. In such a case, the receiver is used as a single channel unit ; with SWITCH

Pro boxes (to be developed next), the full ten channel capability of the ELREC PRO will be usable for a higher

acquisition speed.

SOFTWARE FEATURES:

Each new reading is stored as a specific unit file, making easier the grouping of readings corresponding

to a given profile, specially for the last (edge) points of a line obtained with a smaller number of dipoles than the

main part of the profile.



The data format is compatible with the PROSYS software, which means that the operator can easily

visualize the numerical values of the data, automatically sort them according to the standard deviation of the

chargeability measurement, merge two files stored under different names, introduce the elevation of each

electrode, etc.

The ELECTRE II software can be used to define and upload preset sequences of measurements

according to any type of electrode array.

Huntec IP Transmitter 7500

Power: 96-144 V line to neutral, 3 phase, 400 Hz (from Huntec generator set),

7500W

Output: Voltage: 100-3200 V dc in 10 steps

Current: 16A maximum on low ranges

Current regulator: < 0.1% current change for 10% change in load resistance

Output frequency: 1/16 Hz to 1 Hz (time domain and complex resistivity);

1/16 Hz to 4 Hz (frequency do-main)

Frequency accuracy: 50 ppm, -300C to 600C

Output duty cycle: (Defined as tON/(tON + tOFF)) ½ to 15/16 in increments of 1/16 (time

domain);

15/16 (complex resistivity); ¾ (frequency domain)

Output current meter: Two ranges; 0-10A, 0-20A

Ground resistance meter: Two ranges; 0-10 kohm, 0-100 kohm

Input voltage meter: 0-150V

Dummy load: Two levels; 2000W, 6000W

Temperature range: -34.0C to 50.0C

Size: 53 x 43 x 43cm

Weight: 50 kg

Magnetometer



Terraplus

GSM-19 v7.0

lntcodo,tion

Too GS.\'_19 >1.0 o.wb<.. =-" .... o><olSold _ ' .. .. , 01_ ",to<by',-~-~. "",, __ • __ of~

--""'.~~, ".,_dr.p..l......., .... <HIy -.----~ w ... _~---.._

_ ......--,>oo..l~\oO .. =u;.qC><.!ly ........ "..-_-. .... GSM·19" • .-ld( .. __

,-.J)"'....,.fiHh,~

'lliMral....-._ (p.....! __ h . .. ........ )

·U., •• _ _ .,,,_~

• U-'"<W Ordoo . .......... =

T .JciD~ Ad.-.nto" of lb. o.,.,.hau...- ElI".ocI

Terraplus Inc_

o.-m.-.. , IIoct _ , _

~_~_dr;",., .......... ....,...-__ -of

... ...-...--...,,,,.. n...-... ._-

... ,_ ,*, obodaJi"wloP ,0.-__ ""-""><l' . ... ~ ( ... .. }

......... , ,..,...j), ..... ~ ..... ".,... ...... ....... Tooo.-m.-.. ,,,,",,,,,,,,,, __ • ,....,..l b.pd ( ...... ___ ~)"

.-...t ...... ~_..l _ .....,..t .. --t.y......-..._. ...... "-'" (RI') __ Sold.

Too ___ ~-or.-_ -........... .. ~,..."._._-,...w- .... " ..... b- ,.,.1001>--=",. -~~

!o.,~ ...... _""""""'" ...oIood< RF,....t __.._ loop> ".,...--- .. _-..l -..,,,,,,,, (u.. __ RF ' ___ , .. ..,]]_01 .... _01 .... ,..,.,_ ,....t)

!o._ ......-...-',...w • _ .... OC.".- ,,_ t __ r.-,~

_ -.n...",,,-_ ooh__...l--..1 ... _.,w .... '-""" "..,.l..l" -.-.d <)'<=.: .. '" (i,,-~,.-).

" ..-.. _c..'" "' ........ ""'-ox. c .... " . L'-"

T,I: 110;" 76.l_;;o; r ox: 110;" 7~J

Overhauser Magnetometer /

Gradiometer I VLF

Tho,...... ""'""'- .... _ _ ...... _._ ....... -.--..... ........ -.,~- .... . -._-_ ..... -..--""""'- ." """ .......... ,_0_ .... ....... ....--........... -."...._ .. .......... XYZ

('··-..-1- .. -.. ... n __ _

~

......... ......-. __ .... ---· GPS_ .... -.....-~ .. _=-

. " _. 0mniSb0- GPS

· 4 'm"" _ _ _ COGPS .... """" _ .. _...,.., .......,. .. .-"""" ..........

-........ _ ,--.. .. ~- .......... -..-"" ....... ...... .......... _._ ....... -_ ... ...... _--. ..... w ........ .. ............. '

[ mail: .. I ... ~ .... nplu. •. <> "',w .. : "",,· ........ p l.,.<>



APPENDIX B: RAW DATA PLOTS

Insight Geophysics Inc. is especially committed to data openness and availability. All raw data will

be made available for this report. Please see the following examples.



Figure 10: Final field data plot of total Chargeability, L400W

Figure 11: Final field data plot of apparent resistivity, L400W



Figure 12: Final field data plot of chargeability, L100E

Figure 13: Final field data plot of apparent resistivity, L100E



Figure 14: Tuned gradient total chargeability and overlay

Figure 15: Tuned Gradient Apparent Resistivity and overlay



Figure 16: Ground Magnetics and overlay

Figure 17: Tuned Gradient and Ground TFM survey summary



Figure 18: Survey Grid with Total Field Magnetics in nT

All raw data is available in Geosoft database or Excel csv format.

X Y line station nT sq cor_nT time __X __Y

483479.4 5271771 00400E 00075.00S 56152.7 99 56455.6 110722 400 -75

483480.3 5271783 00400E 00062.50S 56158.28 99 56461.03 110658 400 -62.5

483481.3 5271796 00400E 00050.00S 56172.86 99 56475.64 110630 400 -50

483482.2 5271808 00400E 00037.50S 56149.43 99 56452.34 110610 400 -37.5

483483.2 5271821 00400E 00025.00S 56135.92 99 56438.92 110542 400 -25

483484.1 5271833 00400E 00012.50S 56152.48 99 56455.68 110514 400 -12.5

483485 5271846 00400E 00000.00N 56164.35 99 56467.51 110454 400 0

483485 5271846 00000N 00400.00E 56146.51 99 56451.65 111414 400 0

483486 5271858 00400E 00012.50N 56200.13 99 56503.49 110430 400 12.5

483486.9 5271870 00400E 00025.00N 56174.93 79 56478.13 110406 400 25

483487.8 5271883 00400E 00037.50N 56168.02 99 56476.55 110342 400 37.5

483488.8 5271895 00400E 00050.00N 56202.91 99 56506.13 110322 400 50

483489.7 5271908 00400E 00062.50N 56160.46 99 56458.24 110302 400 62.5

483490.7 5271920 00400E 00075.00N 56169.69 99 56470.91 110238 400 75

483491.6 5271933 00400E 00087.50N 56196.25 99 56500.63 110214 400 87.5

483492.5 5271945 00400E 00100.00N 56155.9 99 56463.32 110154 400 100

483493.5 5271958 00400E 00112.50N 56190.26 99 56493.28 110126 400 112.5



Table 3 File name: C94 ground mag with UTM rotation and translation.csv N=834

Table 4 File name: Gradient.gdb N=902

Table 5 File name: C94 ideal grid IS400W.gdb N=952



STATEMENT OF QUALIFICATIONS

I, David J.W. Dawson, live in Hamilton, Ontario. I am a Canadian Citizen with valid passport.

I have a Bachelor of Science Degree [Geology] from Lakehead University, 1985

I have successfully completed all the required undergraduate courses for the Bachelor of Science

Degree [Geophysics] from the University of Western Ontario; 1986-87.

I have worked continuously in these fields; concentrating on hard rock mineral exploration, since

1985.

I have not worked in Australia or Antarctica.

I am a contracted service provider to Pro Minerals in the professional capacity of project design,

quality control and interpretive data manipulations and conclusions presented within this report.

I have no equity interest in Pro Minerals Inc.

All statements made within and surrounding this report have been made with my best intent and

abilities.

Respectifully submitted;

David J.W. Dawson

Insight Geophysics Inc.

Wednesday, 12 May 2010

o o <0 N l"N IJ')

o o "<t N l"N IJ')

0 0 N N l"-N IJ')

0 0 0 N l"-N IJ')

0 0 00 ..-I"-N IJ')

482400

La N

482400

482500 482600 482700 482800

1 I

0) 1 I 1

o 000

01 ·00 o

I .f:::. 0C)0 o

, .• ~,

,. 1~

.0 ,0 . 0 ,. ,~ . ' ,0

0.0

" --e._Ii} • .. ' ~~

.'

I 0):

08: 1°

1 ° I 01 I

0 1 (.V I 0 0 .f:::. 0 0

0

482500 482600 482700 482800

482900 483000 483100

1 I

01\).

.-0.0

••

o o

0 0

. \ ,. " .. ' •..

1 I

o~o

o o

. f . .. ~ ~.

." ... .

1 0

482900 483000 483100

483200

1 ~

o o

°A

483200

483300

A~

1 I\) o o

483300

483400

1 W 0 0

1 1 (.V ° (.V 0°01 0°0

483400

483500

;-1 ..s:::.

°W o 0 01 0 0

0 -

"

1 ° .f:::. 0 0

483500

0'1 I\) -.J I\) .j:>. o o

0'1 I\) -.J I\) I\) 0 0

0'1 I\) -.J I\) 0 0 0

0'1 I\) -.J

00 0 0

Pro Minerals Inc.

Legend:

Green inverted triangles [5] are points for ground proofing for sulphide mineralization in outcrop or trench. Line 400W near 200N, 350N and 435N ; Line 100E near 125N through 200N and 335N.

Blue inverted triangles are relative maximums [peaks] in the Tuned Gradient apparent resistivity. [note 13.5 kohm*m contour]

Red inverted triangles are relative maximums in the Tuned Gradielilt chargeability. [note 10 mVN contour]

Yellow inverted triangles are the positional reference points originally used to locate these data in NAD 83 .

An idealized Grid N-S section of L 1 OOW 200S through 550N is inserted below.

Overprinted numbers demonstrate data repeatabil ity and that outlying non-re-producible values were culled .

-.-----------------------------....... -.~- I" - - _. '"

~

. , , , ,

1m)

(/)

,.\/~~/ ===---=c .. ,

Scale 1 :5000

-f-50 0 50 100 150 200 250 300 ----- (meters)

NAD83 / UTM zone 17N

Pro Minerals Inc. The Shining Tree Project

Tuned Gradient and Ground TFM surveys Plan GIS C 94 UTM Local.map

Geophysical Summary Interpretation Overlay/Tuned Gradient Chargeability May 2010


a a <0 N l"N IJ')

a a "<t N l"N IJ')

a a N N l"N IJ')

a a a N l"N IJ')

a a 00 ..-l"N IJ')

482400

La N

482400

482500 482600 482700 482800

I °

0)0

08:

I I

0) o

000

1° I

01 o o

I I

01 ·00 o

I I

.f:::. o o

I I

.f:::. 0C)0

o

1° I

W o o

482500 482600 482700 482800

482900 483000 483100

I I

01\). o o

o o

I I

o~o

o o

I o

482900 483000 483100

483200

I ~

o o

I ·A ~

o o

483200

483300

A~

I I\) o o

483300

483400 483500

;"~ C-V°WoO 0010 00

0'1 I\) -.J I\) .j:>. a a

0'1 I\) -.J I\) I\) a a

0'1 I\) -.J I\) a a a

0'1 I\) -.J

00 a

~"""--------'-----1 a

" WoW 0°01 0°0

483400

1° .f:::. o o

483500

1m)

Pro Minerals Inc.

Legend:

Green inverted triangles [5] are points for ground proofing for sulphide mineralization in outcrop or trench. Line 400W near 200N, 350N and 435N ; Line 100E near 125N through 200N and 335N.





Overprinted numbers demonstrate data repeatabil ity and that outlying non-re-producible values were culled .

-.-----------------------------

Ground Tuned Gradient Apparent Resistivity ohm*m

....... -.~- I" • - .. '"

~

. , ,

===---=c .. ,

3.0 4.8 5.6 6.2 6.6 7.1 7.6 7.9 8.4 8.8 9.4 10.1 12.6

50 0 ----- 50

Scale 1 :5000 100 150 200 250 300

(meters) NAD83 / UTM zone 17N



-f-

Geophysical Summary Interpretation Overlay/Tuned Gradient App. Rho May 2010


a a <0 N l"N IJ')

a a "<t N l"N IJ')

a a N N l"N IJ')

a a a N l"N IJ')

a a 00 ..-l"N IJ')

482400

La N

482400

482500

r-I

(j) o

000

482500

482600 482700 482800

r-I

CJ1 ·00 o

r-I

-t:::. 0 0

r-I

-t:::. 0C)0

o

.JIll"

r- . I w 0 0

r-I

oW o o o

482600 482700 482800

482900 483000 483100

r-I

01\). o o

0 0

r-I

o~o

o o

r-0

482900 483000 483100

483200

°A

483200

483300

rI\) o o

483300

483400

483400

483500

roW o CJ1 o

;,.f:::. o o

0'1 I\) -.J I\) .j:>. a a

0'1 I\) -.J I\) I\) a a

0'1 I\) -.J I\) a a a

0'1 I\) -.J

00 a

.d'fi_-,-----+------.------1°

483500

1m)

Pro Minerals Inc.

Legend:

Green inverted triangles [5] are points for ground proofing for sulphide mineralization in outcrop or trench. Line 400W near 200N, 350N and 435N; Line 100E near 125N through 200N and 335N.





Overprinted numbers demonstrate data repeatability and that outlying non-re-producible values were culled .

-.-----------------------------

. , ,

Ground TFM Ma~netics 2010 Grid

56431

50 0 ----- 50

Scale 1 :5000 100 150


200

Pro Minerals Inc.

250

The Shining Tree Project

===---=c .. ,

300


-f-

Geophysical Summary Interpretation Overlay + Ground Magnetics May 2010


482400

a a <0 N l"N IJ')

a a "<t ~ -N IJ')

a a N ~ -N IJ')

a a a ~ -N IJ')

La

482400

482500

I I

(j) o .0

482500

482600 482700 482800 482900 483000 483100

482600 482700 482800 482900 483000 483100

483200

I ~

o o

483200

483300

I I\) o o

483400

'6;\~~ '6'0\,<>'0

61:,\1\ I:>

483300

'6'0,,<>'0

" Ww 001 0·0

483400

483500

I .f:::. o o

;..s:::. o o

483500

TFM (nT)

50 o -----

Apparent Resistivity (ohm*m)

Chargeability (mVIV)

50

Scale 1 :5000 100 150


200

Pro Minerals Inc.

250


300


-f-



a a <0 N l"N IJ')

a a "<t

482400

~ -N IJ')

a a N ~ -N IJ')

482400

482500 , I

(j) o .0

482500

482600

, I

01 ·0 o

482600

482700

, I

.f:::. ·0 0

482700

482800 482900 483000 483100

, , , I I I

·W . .1\). .~

0 0 0 0 0 0

482800 482900 483000 483100

483200

, ~

o o

483200

483300

· · · · · · , · I\) · 0 · 0 ·

483400 483500

~ .

.

" ·W·W· 001 00

;..s:::. o o

483400 483500

~

~

0'1 I\) -.J I\) (J) a a

0'1 I\) -.J I\) .j:>. a a

TFM (nT)

50 o -----



50

Scale 1 :5000 100 150


200

Pro Minerals Inc.

250


300


-f-



482400 482500 482600 482700 482800 482900 483000 483100

r-, r- r-

a 00> ,'... , r- r- r-a VI ~ , ' ~ 0 0 0 0 000 .00 0C)0 0Wo 01\). o~o ~ .. . 0·0 0 0 0

,. 0 0 0 b o 0 0 61>. 0 ~~ \a,~ 0 6.0 0 'C.'C 0

o~~ 0 , " 6·'0 ~~ \\

483200

r-~

o o

483300

rI\) o o

483400 483500

6 .. 6 0 6·'" 0 6.~ 0 I _____ ~----- 0 1·~ 6.1>.

fI't. 6.fI '0.0 ---;;--t--~-' __ -+ ______ "-----_____ ---j ~~ 61 6r.. •. 0

a a "<t ~ -N IJ')

a a N ~ -N IJ')

a a a ~ -N IJ')

482400

0,.'" " ,.0 ,.0

" ,.0

482500

,.0

" "

,.0

,.'

"

"

482600

,.0

,.' ,.' .~

" .' " " \1~

1!-' ,0·1>.

" " " ,.0

,01

\~9

,1>.9

,'6:1

\\~

\~.I>.

" 0'0.0

\\.0

\0"

" 6:110

" ,>

482700

,.

"

" ,.'

,. ,.6 0

" ,.

•. 0

•. 0

0'61

482800 482900

"

,~

"

"

483000 483100

ofi"

" ,~ " .' .' .' .' .' .' .' •. , .' " .'

\~~

&.,:0 0

\'0:1-

\ ... " ."" .0

483200

" ,. , . ,~

"

,.0

" .'0.(1, 0

483300

r-rWoW o 001 00

,. ,"

,.0

,. .'

;..s:::. o o

,.

,.

." 01>..'0 0

483400 483500

0'1 I\) -.J

~ I\)

I\) a a

0'1 I\) -.J

~ I\)

a a a

TFM (nT)

50 0 -----



50

Scale 1 :5000 100 150


200

Pro Minerals Inc.

250


300


-f-



a a "<t

482400

~ -N IJ')

a a N ~ -N IJ')

a a a ~ -N IJ')

482400

482500

.,;10

.</1 ,'" ,;10 .. .. ' ." 01>IbA

,to' '6'O%'¢

~:~ oAr • ~u'O'O

""

482500

482600

,<1'

r" .' 0101

\~11

""" .", ~\'6'O ,p.

o <;"j'61~

1"' o~ .,"'

0"" •

482600

482700

I I

.f:::. o o

" 0' AC\)1

, .. go' ,.~

<foO

,;10' ",,

0#' ",0

~.," ,.0 .~.

0·' .".

482700

482800 482900 483000 483100

I I I I

I °Wo. 01\).

o o

I o~o

I I

W o o

o o

482800

r:-r- o

I °

~o 90 OL--;-

482900

-o o

o o

,,~

483000

I o

483100

483200

I ~

o o

I ~

o o

,r..1()

.~. ~16\

.~' ".' .... .0/<' ~,~f>

~~~~

,~

1.0~'b .... ,<§>' <t.e~\

'O"~(!

'b~~~ .. , ,<I>

o ~~i> , .. '

o~,,' .:#'

l<>'" tiP' e(!1.'"

, .. ' ,;10'

b>'" ~. °

b., ... ~~\ ~.

~~~ ,fJ1' '(,,'0'0

011

483200

483300

I I\)

·0 ·0

. ,'"

. . "

..... I· 1\). o· o·

483300

483400 483500

" WoW o 0(J1 00

" Ww 0°(J1 0°0

;..s:::. o o

.... .. '

483400 483500

TFM (nT)

50 0 -----



50

Scale 1 :5000 100 150 200 250 300




-f-



4217645

I _____ 1--------

(--------------1

, , I I

I "'

I

1

~ 16N 4203474

--J

1242014

3011227

1 ---_L - - - - - -, blue dashed lines are

: actual claim fabric and 1 idealized claim fabric : from claim maps

_U l 00mE, ~21UOOmN N,IWnlffitU/nol 17

>-'-. ~Cllllm~ •. IflIOtk~C(lIIm f tb!\(

o 250 500

meters

1 Bl

L e~~~~~~j:~~~~_f~~;;~~~~~tJJV \ I I" • ~ , I f~ / " l '-- -r - - - -~'t-~' ~ i

I ,,' ,, -

I I I

;~;~

1-------I I I I I I L _________

1

4207970 1

98 1 $: " --J

104641

1 HWY560 1 to Gowganda --->

<---- to Shining Tree

access road to project is 58km east from HWY 144 PRO MINERALS INC.

Beilby Lake Property, Shining Tree Project Churchill Twp; Larder Lake Mining Division, Ontario

ALL GRID LINES ON CLAIM FABRIC BASED ON GPS MAPPING BY ROBERT D STEWART P.Geo.

482200mE, 5272700mN

+ + + + + + +

4207972 + Ina cldlm po tOT cl<tlm lill (...0 + \ vldenc found/for 4207972 . ~ +

I

-- ------ -- ----- -4

4209217 no clmm post or cl~llm I l n~

eVIdence found for 4209217

+ + + + + + + + + + + + + 1242013 +

I / " ".>~ ~+ I / :It :::. 0,.. "'1"+ ~ ~ w+

+ "0 cla\m po 'lor cI.;t\m 1m + vld nee found for 1242013

I cp ~ "\. ..J+ '" '" .-+ #4-3008d80 . ..:J , \ ..J "\s6'6'~O'6'O'o + ~-56 1 555, 2-1;::1471, 3-12420*0 ..J+

2-1't.5.180o"", ,", ' lM3081318 .- , 0 2-11867d.'~'T ... ' + 'l- ' ..J

~I

I I I I I I

I I I I

I I I

I

1-

1~#~3~C~lM~30~8~~~~' ::\ ::I~~~~~~.L~~~1-~1~15U1~80~1;;~~~~~~I ~~~tl~i+~~~~ 2-1203381, +', """ 4----, + + + + ' #1 -3008580 -1211884, + ,} ~ ' , + + + ~,,+ I14Ctmlllo---..-l, --1241471 \ ~, I + / J-t

I t;I~ c~

1=::; I ~~ I u 0 0; ~ § o 0 0.-

E u ;; C

0", o ;: c •

P: 400m 5 01-#142231$ "" " + + + + 5N+ ' \ + " , + + + ,<~ / +

+ '+- ", '+, + + t ,' + + + ------ ~+ "-, + ( ', + - ' ; + + ~ " + ,' -=r- --- t ; + ,'

4N + +<~.~ ' ,+) + + ' + " - +--+ ++ -~,~ + + + ---+ \ + 'r!" ~ + + + -t4N ' --+ + + :\ + + , + +

3N+ + + ... ""t + \ + + + + + ' + , + + + + 3008S80 , : , + +3N _ + + + " + .:r- ........ ...,....,_ ...... -

2N + + + / + + + +'", + ' + + + +

#1-5 elM 3081318, 1- 566656, 4- 578873, 1- 892193, 1-1151749, 1-1199657, 1-1200456, 1-1206247,

+ __ A "~ " + area clearcu4- + + + r'- + + , + intearly 200Qj$ + 2N +

, + + + " -+--, + + + , 1N+ + +, + 't + + + / : + ,+ + + ' + +' , + If" + + / I l P:400mW + / + Y,--,'L + ', + 1N ,' + '. of 2-1203380 l + / 4- " 'd- '" + , ' + " + -::r--------- " -to,, k - -'

\ i - • ,++!+++++++~+++t>++_+ },- ; +

\, I ~.,,,, .... (", " .EILB'tLAKE+- N~,/' + + " 3-665239, ",,,,., .. .,~ '-+ + + + ..... Iz- ,?6,.. +

'" I __ ___ ,}~"i ~ %~o+is------~--- + /~~+,. ::?O'6',;, t #2-3008580 ----- -r -- - - - -, ~ ~ 'Ii;: + If + 18 +"'a '<s> "'6' 3 -!.23.!!8[5 j _

,~ + ?, + " .. 'ill' ... .:.::.1l~_~--= 31046c30 ' I .",,"" ' , " ~~ , + + "'6' {;> - ., ' ~ . \\', ~~ + "..SI.;,> 2-1199657, + LP: 1200"ih--Eof3-1199657 1-10741115:

I

482200mB, 5271500rrjN

" _ ~ ___ ;...::.:;-....,;;t..-~~~.~1~10~omWOf2-1200896 ~ 2-1199657 " -~ + 3-1200685, • ~.r;;J 4': 1100mWof2-1214375 ~ 2-120q68 ,

~ ' -',,+ 3-1214375, "'~ ~'" '" #442"2933 , 2-120p' ' ~p: 100m E Of#4-12025~~Cij ~ ~~..,. I : #1~242932 12429;'3'1 1 ~ 5;:'

4207971 t \, o\~"i ~ ;; 1/ I + J ,/ ~:~~~~~~~: \ -i- ~ ~~'"::: '" + + I ",<I' I:; .: .r + + II ~.~ !:3 cf

+ V ~ ~ + + ' S + + " + + \ I + + : 1 + + / 1+ + ! , + + : 1 + + " 1+ + " ' + + 'II ~------.....--__ I

+ I, i + --------_-i + I 1+

I +

blue dashed lines are actual claim fabric and idealized claim fabric from claim maps

483700mE,5272700mN NAD83, UTM Zone 17

N

LEGEND t #2-3008580

® Pro Minerals Active Claim Evidence

#2-1242015 • Adjacent Active Claim Evidence

3-1199657 • Expired Claim Evidence, Historical Claim Fabric

LP = line post, tag number precedes claim number

o 250 500

n1eters

PRO MINERALS INC. 8eilby Lake Property, Shining Tree Project

Churchill Twp; Larder Lake Mining Division, Ontario

GRID STATIONS WITH CLAIM FABRIC EVIDENCE BASED ON GPS MAPPING BY R. D. STEWART P.Geo.

r-- ____ _

UTM z onA 17 482400E,1i272500N

1 + 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

Bl 1

ON ~---_-4~7~1~3~3----~1~6S~'2~73~--~~~L---~R4hL ____ ~~6-__ ~~~~ __ ~ifi4~ ____ ~~W-__ ~~, $3Q. 6353

S' --- a;,529 <0 6 4n8--_ -.J 56:334

7365 7,'277

1S 7,293 UTM Zone 17 ::> + 482400E, 5271800N a;

-.J

O 300 0~lIIIIIIIIIIIIiIiiiiiiiiiiiiiii~15~*IIIIIIIIIIIIIII~ meters

o -.J

Claim and grid station locations ba b rt D Stewart P.Geo. ed on April 2010 mapping by Ro e ,

N LEGEND

56789 magnetometer reading in nanoTesla (nT)

Bl ON

Pro Minerals Inc. . t rty Shining Tree ProJec Beilby Lake Prope , .

Churchill Township, Ontario

Posted Magnetometer Rea Ings d' Along Gridlines

() ru 3 0) :::J c..

<0 ., 0.: C/) .-+ 0) .-+ o· :::J

0" (') 0) .-+ o· :::J C/)

cO) C/)

CD c.. o :::J

» "'0 ::J.

I'V o

3 0)

"'0 ~. :::J

<0

c'< ::0 o cCD ::l. o (J) .-+ CD :2E 0)

.?"'U G) CD o

"'U 0 Ul

CD 0..

~ ID

co ::J CD 8" 3 CD

~ :::0 CD ID 0.. S· co Ul

» 0" ::J co OJ ID Ul CD S· CD

OJ ~. 0= '<

or :::yID C A ...., CD

~~"'U =-8 a d~~ ::E -< S· ::J - CD ~C/)ID "5. ~ (j) _ ::J

OS· S" ::J co 0 ...... -1 ID ...., ::J. CD o CD

"'U g.

CD () ......

3 CD r-+-CD 1 CJ)

o

~

01 o

.;;J-c OJ--1

~s: 8~

_m ~ (Jl~

~--J OJ a a Z

57,02

, I , , ,

w o o

56, 28i-/ 56,20_ :

l3W~6,24 ,

/ 56,28 ,

/ 56,25 I / 56,27 ,

uw / , -- , ,---

l6W

l5W

l3W

, , + l2W

l1W - vU,LU':>

I 56,26 56,263 + , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,+-L l1W ' 56,25"1 56 238 ,

" , , 56,212 56,236 ,

l 0 i H , , , , , , ::'\~f~!:bJ~ , ,+, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,J l 0

: 56,521~56,569 I \ 56,28(:56,209 ,

56,140- 56,111 ,

\ 5, 2 55,855 j ' L1E J \ 56,594 , \ 56,547 (j) ,

l2E I 00 56,51 56,439 Z '" w .. !£ . . "" 'fj '~E r" '56,37trs6,271"""'" i', , , , '. J' .... , . ~, . ,of , , . , , , I , • ,. , ~ \ 56,32 56,301 , ~ 11 (')

\ 56,32 , 0 ~ ~ , 0(') _ l3E \ 56,505 , z r ;;;:

++iI- l3E ::!) 2::: OJ , , z ~;;;:g , OWz Lf-+-+--j::T-~~±:T+-+-+-t--+-I-+--+--++-+---l--I----I-C , m g 0

.. ~ l3+50E < m > , o~~ , + ~o -t--+~~~~f-t::!--::+-+++-t-+-i---+-+--++++-+--I-.l----"-lf+ l4E ;!i) ~ ()

- , (Jl ~s: m ---- (J) ON l4+50E -----__ , -...J _~ ~

OeD ffi ~~ Zr _. ~ ::J (Jl

::J 3 r g ID ID m Z

::J<§ G) o CD m ~8" z ~ 3 c ID CD

S~ -I...., -CD

ID 0.. ::J

CO

r-----lJTM Zone 17 ~S- - - 1-='5=;5 __ _

482400E j 5272500N 4.7 6.4 -.

+ I 6N 5.3 6.9

I &1 ~4 I 6 5.4

I ~., 5.2 5

I 5,,, 6

10.8

I 7 I 4.8

I g 9

7.3

o CLAIM BOUNDARY

FOR CLAIM 3008580 5:'!;--- ...J,Q.,5 + 6

- - - "'"'!- + 8.8 ii;J BASED ON FIELD EVIDENCE -J

5.8 6.9 5.9- - - '1- - - - ~ 44 8.1 11·

6.9 6.2

5.4 6.7 8 9.3

4.6 2 8.8 9.4

-- n --J 6.4

6N

6.9 9.7 9.9

6.1 7.4 8.2 9.2 ~:~ 9.3 9.1

7.8 6.7 9.4 8.6 ~.5

8.9 7.3 6.5 9.4 6.9

6.3

5N

6.4

6.5

8.1 N 9.2

10

7.8

LEGEND

I 3.5 I 4N U 7.4

5.8 5.5 5.2 3.9 5 5.3 4.3 6.9 9.7 6.8 4.1 7.4 17.9 22.2 10.4 8.5 7.5 7.8

7.7 7.3 9.8 7.8 ~:t 9.8 8.6 9.1 8.

7 ~:~ 7.4 r 9.1 chargeability gradient IP

3.7 6.7 6.7 6.9

p.5 3N 1H

16.1 14.2 9.3 8.3 8.5 8.2 7.7

2N 7.9 7.9 8 8

7.8

8.8

10.6

11.7 11.7 11.7 11.7 11.2 10.3 13.5 12.1 7.7 7.5 8.1 7.8 8

7.9

9 10.7 13 14 15.2 13.6

J.t 8.8 11.9 12.4 7.7 8 11 10.1 7.4

11.6 5.8 10.6 8.4 ~.3 13.6 6.7 9.9 6

11.3 7.6 :.: 9.9 f~96 8.5 . 10.1 21:6

9.9 7.6 8.7 9.2 gl 7.2 95

10.3 7 . 8.8 U 10 .7 7.4 7.9 g 10 7.6 9.1 8.6 n

6.2 8.4 8.3 2.4 9.3 7.8 -1.3

7.6

7.5 4N

7.7

10 LU LU

10 LU IE ;:j! ~ 10.4 0') ct, -J "

3N I.i -J -J -J

~9.5 _ ' 92., ..,;l oS.&- rnl-' '!--- "17 6

7.2 . 8.5 8.8

8.8 7.3 7 6.5

8.8 56 6 8.2 ~ .. f :~ 2" 8 6.7 7.2 '

6.9 . 6 7.9 8.9 19.3 <" 9.3 9 , 6.4 5.8 5.2 5 8.7 28.4 6.7 4.8 ,

iN 7 6.5 5.1 4.8 5.7 7.6 :.~ ~~.1 8.4 7.5 7.2 4.8 ,

.5 6 3.8 5.2 7 7.4 9.3 8 8.3 7.1 ,

7

9 4.3 6.1 F ~.6 4.9 5.7 3.6 4.7 6.9 6.4 8·8 iN 7.7 8.2 8.6 3.9 '

Bl ; .. : 5.3 3 4.9 5.8 6.6 7.5 ~.1 6.2 8.4 10.1 1 o.~

ON (~=j:::=~::=j.6~.4;=~=~.f.;2.:3 _ _ ___ 1~2.:5 _____ _ f:5;.1~ ____ fj5~.3: _____ .1~6~.4~ _____ ~5~56~6 _ _____ 1~6~.4'-_ _ -11~11~.7~l~1:2~.1 1~1~2 f'·j --1--_ 7.6 2.5· 4.9 . 10.4 111 :.1 ::;. _ 1 6 5.6 7 1 . 11.4 10. it - ~. . 2.7 5 . 10 -J -_ 2.6 21 6.4 61 10.1 12 12.

7.3 - l\'.i . 3.7 46 . 8.6

o

is ~ .,., -J

5.6

150

meters

.4 ___ ~ 1 7 . 8.3 6.9 8.6 8.4 8.9,

5.7 .... __ 4.7 4.6 8.2 6.8 8.9 9.5 9.~

300

3.2 - , "t8 4.9 8.1 8.5 J I 8.2 9.4 9.7 8.7 7.3 91

~ I 5.6 92 is 9.8 ~ a{i--r-J . 9 10.4 _-.-I---r LU -J I 5.8 8.2 Ui _- .... -- LU LU :3

I ..!_---"I"'d':'I --- - LU 'J IE l_-- 8.5 ~ ct, ~ 0 -J

~ -J UJ 8.3

~

-J

Bl ON

reading in mVN

Pro Minerals Inc.

Station Unique Gradient IP Readings From Insight Geophysics Inc. Winter 2010 survey

Claim and grid station locations based on April 201(~ mapping by Robert D Stewart, P.Geo.

Beilby Lake Property, Shining Tree Project Churchill Township, Ontario

Posted Chargeability Gradient IP Readings

~ $: ~ ~ $:

... - - _ _ .1,." 'J ~ $: CLAIM BOUNDARY lJTM Zon 17 - pO;22-i" - .,,-2;336. _ _ _ ~::; o! FOR CLAIM 3008580 482400E15272500N 19,053 14 778 17}J6"O - - t4,6.911 +1 938 ~ ii;J BASED ON FIELD EVIDENCE

I 6N ' , r" +~ --... ..6 _ +1,965 ~ + I 8,944 143,823 ,4,622 1",422 h,967--ti2ii-- 1--_

I 17,384 10,933 '17,633 1,549 1,002 /958 24,83 - '957--~ I 3,586 16,314 11,423 13,234 '5,535 2,467 18,962 1,477 6N 1,416 I 5~ ~,574 12,580 ls,318 17,914 9,506 11,401 '6,304 1,559 1,865 I 11,194 11,623 12,441 8,939 12,358 13,362 39,766 2,728 I 14,032 12,502 11,428 17,174 13,727 7,579 ~,711 39803 22,700 I 2,966 11,801 17,732 24,802 16,276 14,212 '5,426 10:691 5N ,44,075

N

LEGEND

I 1814 9,991 22,404 19,764 13,067 11040 8,346

I 4N 2 '265 ~:~~: 9,048 11,194 ;::::: 14,539 20,003 18:773 9,507

7'836 6,528 14,456 6,545 11,815 ;::::~ 16,020 19,422 14,343

I 12,345 apparent resistivity gradient IP reading in ohms'meters

10' 801 16,703 8,381 1 15,504 17,427 13,826 , 7,304 +" 0,550 18,787 4N 18,911

+15880 19,891 ... ,690 10,458 8,862 20,462 17,828 3N 13 '645 f.!,405 14,916 8,693 17,768 18,542 18,893 15,873 LU LU

h3'688 11,277 /12,109 23,327 19,032 21,050 27,505 f2,330 LU ~ ;:j! ~ 27'961 18,833 '17,762 14,106 11,101 20,096 16,868 '16,529 3N ~:,976 'J "" ~ ::'; 14'250 22,858 126,834 15,643 13,985 ~,063 12,269 rg,004 ~~~~ __ ';;:~~-- fto,slJ'"1

2N 14'117 19,764 23,344 22,949 14,512 18,497 18,181 15,208 13,731 18,87 /43,72 14 '687 18,263 19,030 28,373 14,556 19,054 18,995 26,184 28,233 14,75 '8,445, 15'712 17,300 13,529 14,396 10,559 24,677 22,023 18,107 2N 15,754 h6,69 ~,993! 13 '568 13,712 10,932 8,616 11,848 19,679 17,146 14,269 16,003 17,06 315&1

1N 14'687 10,474 19,804 '6,274 15,729 10,560 21,296 19,386 17,801 18,41 'g:7~1 13 '543 9,703 8,982 10,679 '9,796 f12,492 16,968 19,556 18,677 11,87 12 ~J. 7,~14 7,951 f6,948 12,509 15,284 18,180 14,521 18,491 1N 21,119 16,01 13:10

Bl l 7,251 14,436 '5,077 14,423 17,638 17,020 14,211 14,716 9,794 13,231 21,65

ON __ { :,~;: 3,290 4,434 12,100~3,674 11,062 22,077 ~~8~:4 15,31* 14,09

o

$: --_ ' 2,267 61 .. ,191 14,494 20 ' 21,15t '18 ~2E CD - .. 30.§.62 2650 98 825 1 997 1ft,028 ,968 21,532 3228 ' . ~ 26 840--~, 1,213 1,394 ' r.>, 3,116 30595 ' 29,69~ Bl

, .. ,259.. __ 1817 1,879 3,863 ' 24,46 17965 ON 23,388 25 842 -.<, - _ 2,497 2,129 3,872 7 165 ~

1S". , 4,390 -_ ~-659 '5,649 12,610 ' 23,09 25 ·041 ". - ,- 2,715 7,386 c~,2,475 20,21 27,"245 ~ ~ $: , 3,658 32,078 35,576 1S ... 0,742 :.t60nli __ --'

150

meters

~ r-J , 7 247 39,427 4!l262 _ - ..;,-..... "'l LU

~ , ' 30,070 ~,93&--- LU ~ ::';

300 ,-__ ... 1j,~4.. -"""3'l;-n2" -""·'0,785 ii;J 'J 'f

~ 4\ ~ ~ ::; :;20,678

LU ~

~

Pro Minerals Inc.

Station Unique Gradient IP Readings From Insight Geophysics Inc. Winter 2010 survey

Claim and grid station locations based on April 2010 mapping by Robert D Stewart, P.Geo.

Beilby Lake Property, Shining Tree Project Churchill Township, Ontario

Posted Apparent Resistivity Gradient IP Readings

Documents

Geophysical Survey Interpretation Report - Ontario · Geophysical Survey Interpretation Report ... and cited by Dr. M. H. Loke in Tutorial: ... Oasis Montaj Geosoft Target