geophysics logistical report

r \

- .-- - --

95 WALBY DR., OAKVILLE, ONTARlO, CANADA, L6L-4C8 9054652996

Geophysics Logistical Report

Tlll1ed Gradient and Insight Section Induced Polarization and Resistivity Smveys

COSBY PROPERTY ;.-::::::::=::;:;:;:;;;;;;;;;;:;;1

Walker Towrnhip, Ontario

, c ~ -6 M Nt o Plt'!

Prepared for: Wycliffe Resources Inc. February,2006

Craig Pawluk

Insight Geophysics Inc

INSIGHT GEOPHYSICS INC.

TABLE OF CONTENTs

TABLE OF CONTENTS ............................................................................................. _ ............................................ 1

INTRODUCTION ................................................ _ ....................................................... " ....................................... _ ...... 2

GENERAL INFORMATION ............................................................................................................................................. 2

SURVEY GRID .. _ ................................. _ ........ _ ........ _ ............ __ .............. _ ......................... __ ................... _ ............ 3

GRID LocATION ........................................................................................................................................................... 3 GRID SPECIFICS ............................................................................................................................................................ 4

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

SPECIFICATIONS ........................................................................................................................................................... 6 INSlRUMENTATION ..................................................................................................................................................... 7 PARAMETERS ............................................................................................................................................................... 7 MEAsURED PARAMETERS ........................................................................................................................................... 7

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

GENERAUTIES ............................................................................................................................................................. 8 SURVEY COVERAGE .................................................................................................................................................... 8

DATA PRESENTATION ............................................................. m .......................................................................... 10

DATAPROCESSlNG .................................................................................................................................................... 10 DIGITAL DATA ........................................................................................................................................................... 10 MAPs .......................................................................................................................................................................... 11

COMMENTS ............................................................... _ .......................................................................................... _ .. 12

APPENDIX A: INSTRUMENT SPECIFICATIONS ..... _ ......... _ .................................................................... 13

ELREC PRO Ten channel IP receiver ................................................................................................................ 13 Huntec Mk IV 7500W Transmitter ....................................................................................................................... J 4

APPENDIX B : MAP POCKET ............................................................................................................................... 15


INTRODUCnON

In January and February of 2006, Insight Geophysics Inc. was contracted by MPH Consulting Ltd. to perform Tuned Gradient and Insight Section Time Domain Induced Polarization I Resistivity Surveys over the Cosby Property in Walker Township, Ontario, Canada on behalf of Wycliffe Resources Inc.

o..aa IlI'ormation

• Project Name:

• Survey Type:

• Arrays Types Used:

• Client:

• Client Representatives:

Cosby Property, Walker Township, Ontario, Canada

Time Domain Induced Polarization I Resistivity

Tuned Gradient Insight Section

MPH Consulting Ltd. 133 Richmond Street West, Suite 615 Toronto, Ontario, Canada M5H2L3 Telephone (416) 365 0930 Facsimile (416) 365 1839

Mr. Howard Coates, VP MPH Consulting Ltd.

2


SURVEY GRID

Grid Location

• Country: Canada

• Province: Ontario

• General Location: Walker Township

wCAS OUfT

t

1I'lAST0I.

~ 00Il0t

Ilr

PRICe

l0-

T Q

l!

.... HOWCS

Figure 1 General property setting

3


Grid Specifics

Cosby Property

• Established: Prior to and during survey

• Coordinate System: Metric

• Method: Surveyed

• Line Separation: 100m

• Station Interval: Picketed @ 25m

-- - ---------

\

4J.oool \~

COSBY WALKER PR~ERTY

I

I

L ____ . I ..J

Property Map

-4


i.=-, yid o-\- -'k p. ~~

+ , bP S.W~( I IAa..,

o 10D M 1---4

i '

~ I

-' /-':',

.'

Survey Line Location Map

5


SURVEY PARAMETERS

Tuned Gradient Survey

• Array: Tuned Gradient

• AS (Tx dipole length): 2025m and 2575m

• MN (Rx dipole spacing): 25m

• Sampling Interval: 25m

Insight Section Survey

• Array: Insight Array

• AS (Tx dipole spacing): Multiple AB dipoles -200m to 2100m

• Levels per section: -20

• MN (Rx dipole spacing): 25m

• Sampling Interval: 25m

6


Instrumentation

• Receiver.

• Transmitter.

Parameters

Elrec Pro (refer to Appendix B ; Instrument Specifications)

Huntec Mk IV 7500W

• Transmitted Waveform: Square wave @ 0.0625 Hz 50% duty cycle

• Receiver Sampling: Semi-Logarithmic windows {20 windows}

Wi

TOTAl 3680ms Semi -Log windows

Measuntd Parameters

• IP measured Parameter. Chargeability in mVN

• Resistivity measured Parameters: Primary Voltage in mVand Transmitted Current in mA

7


SURVEY ExECUTlON

Generalities

• Survey Oates: January 30 to Feb 15,2006

• Mob Days: 1 days

• Survey Days 9.5 days

• Weather/StandbylLine cutting Days 6.5 day

Personnel

Martin Kratochvil, Operator, IGI

Gary Rose, Tx Operator, IGI

Nick Lepage, Field Assistant, IGI

Mason Stanger, Field Assistant, IGI

Joe Wabi, Field Assistant, IGI

Survey Coverage

Tuned Gradient

A tuned gradient survey was conducted on lines 6200E, 6300E and 6400E and on lines 6900E, 7000E and 7100E. Two transmitter dipoles were used to cover the two areas. Transmitted current was approximately 8 Amps.

TX#1 Line 6300E 15225N to 17250N

Tx#2 Line 7000E 14500N to 17075N

Approximately 10% of all survey readings were repeated for QAlQC assurances. The data collected was very clean. Chargeability typically repeated to less than 1 mVN and apparent resistivity to less than 10%.

8

-


Insight Sections

A total of 2 Insight Sections were surveyed on the property on lines 6400E and 7000E. The Insight Sections were designed to provide Apparent Resistivity and Total Chargeability infonnation to a maximum depth of approximately 400 meters.

As with the tuned gradient survey data, approximately 10% of all survey readings were repeated for QNQC assurances. Chargeability typically repeated to less than 1 mVN and apparent resistivity to less than 10%.

8 ,--------------------------------------~

7 +-~----------------------------------~

6 ~--~~------------------------------~

4 +--... ~~~- , -""",..",...:----------------------j

3

2 +----

1 2 3 4 5 6 7 8 9 1011 1213141516171819

Typical Chargeability Decay Curves - Cosby Property

Line Chaining Errors

Several line chaining errors were noted on Line 7000E. All geophysical measurements were taken with positioning relative to Base Line 16000N. as such, any follow up geology and/or drilling should follow the same procedure.

9


DATA PRESENTAnON

Data Proceasing

Processing of the IP data was handled with two software packages:

• Prosys software from Iris, was used to dump the instrument and edit out spurious readings. It produces a binary and an ASCI text export.

".bin Raw binary dump files from Elrec Pro, one file per day. Can be viewed and exported using Prosys software available on Iris website at the follOWing link: http://IJ11W1N.iris-instruments.com/SupportfDownload/Down load geophy. html

• Oasis Montaj from Geosoft, was used to compile and QC the data in a Database format It produces a database and a ".xyz format export as a final digital product. All map products were generated with the mapping portion of this package.

*.gdb Oasis database file.

Digital Data

• Raw Data: Iris binary dump file

• Processed Data: CSV file of all parameters in binary dump file.

Geosoft *.gdb database file.

10


Maps

Refer to attached map pocket for printed maps.

Insight Sections

Map Name L6400E Apparent Resistivitv InsiQht Section L6400E Total Charaeability Insight Section L7000E Apparent Resistivity Insight Section L7000E Total Chameabilitv Insioht Section

PlanMa!)!

Map Name I Tuned Gradient - Apparent Resistivity Tuned Gradient- Total Charaeabilitv

Scale 1:2500 1:2500 1:2500 I 1:2500

Scale (metric) 1:5000 1:5000

11


CoMMENtS

Insight would like to thank MPH Consulting Ltd. for their appreciated assistance and input during these surveys.

Respectfully Submitted

Craig Pawluk, P. Geo.,

Geophysicist

Insight Geophysics Inc.

12


APPENDIX A: INSTRUMENT SPECIFICATIONS

ELREC PRO Ten channeilP receiver

Terraplus is pleased to announce the ELREC PRO, its new ten channeilP 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 em in height: 31x 21x 21 em

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 switdling 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.

13


SOF1WARE FEATURES:

Each new reading is stored as a specific unit file, making easier the grouping of readings cooesponding 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 Mk IV Transmitter

Power:

Output Voltage:

Current:

Current regulator:

Output frequency:

96-144V line to neutral, 3 phase, 400 Hz (from Huntec generator set), 7500N

100-3200 V de

16A maximum on low voltage ranges

< 0.1 % current change for 10% change In load resistance

1/16 Hz to 1 Hz (time domain and complex resistivity); 1/16 Hz to 4 Hz (frequency do-maln)

Frequency accuracy: 50 ppm, -3OOC to 600C

Output duty cycle: (Defined as tON/(tON + tOFF» % to 15116 in increments of 1/16 (time domain); 15116 (complex resistivity); % (frequency domain)

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

Input voltage meter: 0-150V

Temperature range: -34.OC to 4O.OC

Size: 53 X 43 X 43 em

Weight: 50 kg

14


APPENDIX B : MAP POCKET

15

D E P T H

(m)

15600N o

~ + 04 ,

o o ~ , +

11

~ + 1 8

";" ---o o + 3 ~

o g + ,

o U1 + 0;>

15600N

15700N

2 1

24 24

26 26

+ 26

+

15700N

15800N

09

"-'-- \

1 1 1 0

1 2 11

13 + 13

14

14

1 5 1 6

._- - 1:..:9 -f 1 7 1 9

23

24 + ----~~ 24

23

6 24 26

26 26

28 f 7 26

27

28 28

+

15800N

Line 6400E Total Chargeability

15900N 16000N 16100N 16200N

03

0 .5

0 4

0 4 10 0 5

10 11 0 7

0 6

1.1 1 1 07

07

1 2 1 2 11 08 1 1 0.8 0 8

07

12 1 1 0 9 1.1 08 0.8

12 1 2 09 1 1 ~ 0 9 0 9

1 2 1 2 1 2 0 9 09

1 2 12 12 0.9 1.0

13 2

1 3 13 1 + 0.8

14 1 3 1 1 11 1.1

14 14 1 1 1 2 11 + 7 14 13 13 1.2 1 2 11

12

13

15900N 16000N 16100N 16200N

06 8

1 2 11

16300N

03

05

0 4 + 06

5

06 0.6 +

07 06

08 07

0 8 07

09 08

+ 10 0.9

0 9

+ 11 1.0

1.0 11

12

+

16300N

16400N

04

05

0.7

08

0.8

09

09

10

+

16400N

16500N

+ 0.4

04

0 9

o +

0/,'<, 12

+

-I-

16500N

16600N o

04 + g;

06 ,

+ ~ o 03 07

0 8 + i;, o o

0 9

0 9

1.0 + ~ o

05 1 Of'--

.... 10 , /0 06 I 08

'" 12 + g;

w + 0 o

w + (J> o

16600N

Scale 1 :2500

5.~0~~~~~0~~~~~50~ ______ ~10~0~~~~150

0.1 0 .3

L I

metres

Total Chargeability mVN

0.5 0.6 0.7 0.8 0.9 1.0 1.1

I I I I I I I 1.3 1.5 2.0 2.5

I I I

Wycliffe Resources Inc. Cosby Property

Walker Township. Ontario Insight Section 6400E - Total Chargeability

Time Domain - 4 Sec Square Wave Elrec Pro - Huntec MKIV (7 .5 kW)

Data OAlOC: MK Final Processing: CP C-40 February 2006


o E P T H

(m)

a

W a a

15600N

+ -'4

52

~ + 93 ~

w g + 280 N

w ~ + 354 N

w g + M

w o L() M

+

15600N

'09

'63

'69

202

211

267

290

347 370

382 404

15700N 15800N

115 114

'39 + 87

'48 145 + '67

202 202 '9' 46

226:..-__ --=2::.20_~ 246 +

303 263

266 276

302 303 286 367

305 342+

343 41 340 355

356 380 396 452 382 406 + 397 ~----:43' + 439 508

447 439 471

482 55 461 489

474

+ 5'4 598 5' 8

525 54

637

+ +

15700N 15800N

'59

2'9

272

252

3 98

397 350

379

478

534

57 496

622 529

660

15900N

372

509

15900N

Line 6400E Apparent Resistivity

16000N

+

'57 +

'9' 22'

223 254

256 291

372

364 4'

478

452 + 5' 2

483

16000N

229

270

306

349

384

37

493

527

6

61 9

658

700

734

16100N

+

'9' 2'5 + 2'3 223 '99

265 260 269 24

279 306 299 288

336 335 350 326

358 379 377 395 370

396 411 447

444 455 475 500 47 1

493

527

539 527

+ 9 566

555 526

597

573 619 595 628 598

16200N

+

+ 201 220

250 266

303 + 289

347 335

388

so , 494

542 + 537

573 5

6' 3 667 + 636 673 640 6' 5 + 615

652 708 676 716 682 655 657

692 ~ 7" ~717

726 /788 IV 795 '7.8

16100N

690 693

+ 730 ----234

16200N

'53

'9' 200

224

279 277

324

365

460 483

492 5'8

570

603 639

640 681

16300N

+

588 689 +

16300N

16400N

..

'22

15'

203

+ 221 249

+ 436 468

479 5'2

602

+

16400N

16500N

11

118

225

296

371

422

+

16500N

294

338

379

433

16600N o

'" a m

~

+ g m

'" a m

r:5 277 + a

m

3

'" 363 + ~

+ ..., o o m

..., + g;

m

16600N

49

I d

50 ........... - o

Scale 1 2500 50

metres

100

Apparent Resistivity Ohm-m

150

84 128 173 220 268 315 364 4 '7 474 537 619

I I I'IT I I I I I I I I


Walker Township, Ontario Insight Section 6400E - Apparent Resistivity

Time Domain - 4 Sec Square Wave Elrec Pro - Huntec MKIV (75 kW)

Data QAlQC: MK Final Processing: CP C-40 February 2006


D E P T H

(m)

a

a a ~ ,

15100N

198 205

258 + 279 ~-:m-__

362

a ~ + 446 ,

523

a

~ + 597

a ~ + 772

a on + '?

a ~ + ,

15100N

404

489

637

805

15200N

181

455

+

+

15200N

118

155

163

172

199

206

545 520

15300N

145

+11 161

218

212

210 278

8+ 263

3 291

285 371

340 324 +

41 380

370 475

43 40 + 521

468 433

55 1 490

506 +i\ f 641 5~

+

15300N

164

189

220

274

292

337

380

447

486

545

15400N

+ 169

192

221

219 246

248 277

263 + 292

304 331

21 349

366 + 394

411 438

448 + 476

479 506

517 545 +

574 600

+

15400N

189

266

290

305

342

357

402

442

479

508

543

596

Line 7000E Apparent Resistivity

15500N

170 154

167 152

162 + 191

220 202 ___ -_ 220

226 272

302

23

333

374

384

472

509

538

578

627

263 + 264

289 287

306 303

+ 3

254

287

309

324

331

350 342 359

359 + 348 368

399 385 405

436 + 440

469 450 472

495 473 497

+ 532 508 527

572 545~

15500N

167

179

186

260

277

292

298

323

330

361

392

442

470

504

15600N 15700N

70 167

156

202 + 211 187 196

+ 162

193 213 202 216

214 7

271 288 267 242 222

307 267 + 259

353 98 269 254

349 32 292 26 289 281

342 06 302

+ 347 + 333 304

325 5 345 320 360 325

271

299

381 345 347 395 363 334

324

+ 341 380 353 400

364 + 367 342

3 393 398 371 4 12 380

373

474 431 + 437 401 451

412

450 475 437 499 455 462 437

539 492 501 450 511 47 1

475

+ 504 f\ 526 + 537

a 536 ( 613 ~p 542

544 547 509

15600N 15700N

15800N

113

163 91

260 32 3 391

371

346 251 342

378 381 486

417 o 527

444

484

521

555

+

15800N

15900N

167 + 163

363 341

+ 410 384

444 41

+ 491 457

519 485

+ 78

+

15900N

203

293

347

414

446

507 28

550 464

711 599

16000N

163

292 294

293 342

+ 366 346 358 390

4091---_---..4«"

392 462

477 476 450

519

530 ____ -----'54?'!)r

494 + 592 597

596

638 638

586 + 682

722 717

651

+

+

16000N

16100N a

, + C; a

291

354 + i;, a

~39

'" 507 + a a

94

'" 650 + g;

<., + '" a

"" + a a

16100N

60 o

50 ........ o Scale 1 :2500

50

mwes

100


150

108 157 200 248 293 330 369 419 470 520 569

I I I I I I I I I I I


Walker Township, Ontario Insight Section 7000E - Apparent Resistivity

Time Domain - 4 Sec Square Wave Elrec Pro - Huntec MKIV (7.5 kW)

Data QAlQC: M K Final Processing: C P C-40 February 2006


o E p T H

(m)

15100N o

o ~ + ,

1.6

+ 18

19

o ~ + 0

2 1

o ~ + 2 1 ,

o ~ + ,

o ~ + ,

151 00N

15200N

1.7

1.8

19

2.0 3

2.1 6

2 1 3

5

2 3 2

+

15200N

38

4 0 39

39

4 1 4

41 40

.G) 42

15300N

05

2.5

4 42

4 + 42

4 42

41 + 42

4 1 42

+ 4.~

4 .41

+

15300N

2 3

1 3 9

7 3 8

7 3 9

36 38

3 3 9

3 7 39

39

15400N

1.

2

36

37 37

37 + 37

37 3 8

37 + 37

7 37

3 8 3

+

15400N

08

1.1

2 1

26

2 6

3

33 34

35 36

36 37

36 37

36 37

36 37

Line 7000E Total Chargeability

15500N

o.

1 1

1.

8

21 2.2

2 8.~~2"8"'-.-/ 29

3 32 3 1

34 34 34

34 + 34 34

34 34 34

34 34 + 3

34 34 34

15500N

15600N

1 2

2.2 2 1

2.5 21 2.2

+ 2.3

3 1

34 34 32

36 32 3

+ 36 37 3.4

36 37 33

31 Q 34

36 36 34

31 3 8 34

37 3 34

37 + 5

15600N

0 9

1 4

2.1

23

26

31

30

31

30

31

31

30

31

3

2.4

2 6

32

3 2

32

15700N

6

2.4

+ 26 .5

2.6

31

2 9

+

32 + 32

31 32

32 32 + 31

32 0>3 31

32

32

30 C3 + 31 32

~+31

15700N

15800N

2.1

22

2.2 4

.2 2

2

31 30 2.

2 o 3.5

3 0

.2 30 o 35

2 o 35

30

. 3 3 o 35

Q 3 1 o

2.

31 3. M 6

+

15800N

.7

1.9

1.

1.

1.

15900N

2+

12

+ 1.2

.2

14

+ 13 1 3

13 13

+ 1. 13

10 1 + 1.3

13

13 1 3

+ 1.3

1 3

+

15900N

o

o

9

16000N

04

09 08

0.9 +

+

16000N

16100N o

, + g

, + a o

, + ;:;.

o

'" 0 7 + 0 o

'" 0 9 + g

, + ~ o

, + b

o

16100N

50

'""""""""'

o Scale 12500

50

meD'eS

100

Total Chargeability Ohrn-m

150

0 .2 0 .5 0 .8 1.1 1.5 2.0 2.3 2. 3B 32 3A 3.7 3S • I I I I I I I I I I I 1

Wycliffe Resources Inc . Cosby Property

Walker Township, Ontario Insight Section 7000E - Total Chargeability

Time Domain - 4 Sec Square Wave Elrec Pro - Huntec MKIV (7.5 kW)

Data QAlQC: MK Final Proce ssing '. CP C-40 February 2006


z g Q) CD ~

5 o <Xl CD ~

z o o I'CD ~

z o o CD CD ~

z o o ~ ~

z o o

" CD ~

z o o '" CD ~

z o o '" CD ~

z g o CD ~

z o o ~ ~

z g <Xl

'" ~

z o o I'-

'" ~

z o o CD

'" ~

z g '" '" ~

z o o

" '" ~

z o o '" '" ~

z o o N L[) ~

z o o ~ L[) ~

z § L[) ~

Tuned Gradient Survey - Apparent Resistivity

6200E

31'

38S

it 48'

4.5

635

638

596

"-f 588

606

621

774

B59

9f B7B

B12

7B9

7¥ B14

B19

773

6300E

3<9

310

4 6

4 8

450

472

576

~ 513 625

61 2

Bf 749

B49

B46

Sf BOI

7B9

B26

B~ 714

991

762

6400E

379

394

:t 47'

532

6'3

576

595

~ 673

612

635

6 6

967

B55

~ 7B7

746

~

G Bf ~ ! 710 819

802 .A) ~ ~ 824

827

B32

'f 785

7

77

~ 697

634

613

~ 635

622

6B5

506

495

~ 462

383

376

+

+

+

+

+

+

8

6 5

764

702

~ 76B

573

Sf B32

751

~ 603

632

590 728

~ ~ 576 ~ &68 567

641 600

512

495

4 3

387

3<8

+

+

+

+

+

+

524

464

+

+

+

+

+

+

6500E 6600E

+ +

+ +

+ +

+ +

+

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

6700E 6800E

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+ +

+

+ +

+ +

+ +

+ +

6900E

+

:> or ./" 70B

613

BOO

B63

7000E

+

BO

656

~ 66B

fu 5B6

6 6

7B7

777

71 00E

+

~: ~1

595

~ B59

769 804

795

B37

B.r ~ "r' aS2 850 8~5 B75 0 0 ~ .. BO",OL--____ 4

~ 1083

:*: 1249

1223

'~9 1096

114 7

1075

'=t9

1185

1069

'¥7 1178

11 95

1189

:*: 1045 1081 1064

~ 1038 11 17

1~1::t6 ~2 809 9«0' 0 948

B12

B19

7.f 743

B06

871

1009

590

690

71 0

P 6B4

627

648

~ 671

604

I 616

717

+

+

+

+

+

+

B72 784

796 9~

~c; 921 ~ 7 Sf 689 795

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Walker Township, Ontario Tuned Gradient Survey - Apparent Resistivity

Time Domai n - 4 Sec Square Wave El rec Pro I Hu ntec MKIV (7 .5 kW)

Data OA/OC: MK Fina l Processing: CP C-40 Febru a ry 2006


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Walker Township, Ontario

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Tuned Gradient Survey - Total Chargeability

Time Domain - 4 Sec Square Wave Elrec Pro ! Huntec MKIV (7.5 kW)

Data QAlQC: MK Final Processing: CP C- 40 February 2006

Insight Geophysics Inc,

geophysics logistical report

Documents