32E12SW0034 2.13517 HOBLITZELL 010

2.13517

COGEMA CANADA LIMITED

PORPHYRY CREEK PROJECT

FINAL REPORT 1989

"DIAMOND DRILL RESULTS"

RECEIVEDSEP 101990

MINING LANDS SECTION

VOLUME 2 OF 2

APPENDIX

1. Summary Logs

2. Field Logs

3. Analytical Results

4. Thin Section Descriptions

Ref.No.90-CND-52-01 /BCD

by: J. Learn l. Cadieux S. Lacasse M. Proulx

Compiled: June, 1990

1. SUMMARY LOG

POC-01:

O - 61.6 OVERBURDEN

61.6 - 196.9 MAFIC TO INTERMEDIATE METAVOLCANIC ROCKS

61.6 - 126.3 Intermediate to mafic tuffs (and/or flows), weakly graphitic at 70, 78m.

126.3 - 153.35 Amphibole-rich mafic flow(s).

153.35 - 196.9 Mafic to intermediate tuffs (and/or flows).

SUMMARY OF COLD ANALYTICAL RESULTS

Maximum Au value is 14 ppb

SUMMARY LOG, continued

POC-02:

O - 10.8 OVERBURDEN

40.8 - 151.5 MAFIC TO INTERMEDIATE METAVOLCANIC ROCKS

40.8 - 54.0 Strongly fractured, oxidized/limonitic.

54.0 -71.1 Intermediate to mafic tuffs (and/or flows).

71.1 - 134.4 Mafic to intermediate tuffs (and/or flows).

134.4 - 151.5 Intermediate to mafic tuffs (and/or flows).

151.5 - 312.9 FELSIC TO INTERMEDIATE METAVOLCANIC ROCKS

151.5 - 211.1 Feldspar-quartz porphyry.

211.1 - 312.9 Feldspar-quartz crystal tuffs.

312.9 - 321.6 MAFIC TO INTERMEDIATE METAVOLCANIC ROCKS

312.9 - 314.9 Faulted contact.

314.9 - 321.6 Mafic to intermediate tuffs and/or flows.

SUMMARY OF GOLD ANALYTICAL RESULTS

Maximum Au value is 21 ppb

FIELD LOGS

The following notes should help the reader understand the manner In which core was logged, and also includes an explanation of information which is given in the logs in abbreviated form:

COLUMN TITLE

DESCRIPTIONEXPLANATION OF ABBREVIATIONS

BOX:

DEPTH:

X REG:

LOG:

GRAIN SIZE:

TEXTURE:

STRUCTURES:

FRACTURES AND VEINS:

- Density:

- Angle:

core box number as received from drillers

depth in metres (from drill floor)

li recovery; generally given in 3m intervals, i.e. measured length of core between driller tags expressed as J,. However, if drill core can be fitted across drill tag, zone of core loss can be more precisely determined, and we have made every effort to do so

graphic representation of drill log; the legend we use is still at a preliminary stage and will be presented in full at a later time

visual estimate of grain size; where porphyroblastic or porphyritic rock types occur, grain size of groundmass and coarser minerals given separately

macroscopic rock texture

foliations measures in degrees to core axis, folds and other features also reported here

F V

fracture vein

where fracture or vein density prohibits individual description (eg where 10 or more fractures of same orientation occur in limited depth interval), density of fractures (or veins) are given: number of fractures (or veins) per metre

angle of fracture (F) or vein (V) to core axis as suffix to feature eg. F40 is a fracture at 40* to core axis; in some cases where more than one identical fracture occurs in restricted interval, we prefix with the number of fractures eg 2F40, rather than report in density column

Fractures and veins have been described, in general, in

a more descriptive manner than has been done in

previous years. The dominant (and commonly also

secondary) orientation and mineralogy is also given

(see below). Fracture density is probably best given

in these logs by referring to the RQD together with

the description given in these columns.

l- FIELD LOGS (cont'd)

COLUMN TITLE

DESCRIPTIONEXPLANATION OF ABBREVIATIONS

- Nature:

GEOT:

- F:

abbreviated description of fractures and veins including 'description of fracture eg

RO, R: roughSM : smoothSS : striations, slickenslidesV : vuggyH, HE : healed, recemented

and also including description of minerals associated with fractures or veins, eg

cbcceh, chlcicpyepfs, fsprhemkaollimmtmu, museox

peg popy Q. qser Sitm

carbonatecalcitechloriteclaychalcopyriteepidotefeldsparhematitekaolinitelimonitemagnetitemuscoviteoxides eg limonite, or generallyrusty surfacespegmatoidpyrrhotitepyritequartzsericitevery fine silica cementtourmaline

other common abbreviations used:

Bl, bl ; bleachingbkn : zones of broken core, probably

natural but perhaps locally dueto drillers

bx : brecciation; dense fracturatlonof no apparent regular orientation

ft : minor fault

finally, we emphasize that fractures appearing on log are interpreted to be fractures; breaks parallel to foliation are generally not recorded (unless they are interpreted to be fractures) and places where the core has been broken by drillers to fit into core box are not recorded

Geotechnical parameters

friability - a qualitative measure of rockcompetenceP - friable eg core can be broken with barehandsVF - very friable eg core easily brokenBF - extremely friable eg claywhere this column is not filled out, hammer isneeded to break core

FIELD LOGS (cont'd)

COLUMN TITLE

DESCRIPTIONEXPLANATION OF ABBREVIATIONS

- R:

COLOUR:

MINERALS AND ALTERATIONS:

SAMPLE *:

TS #:

DESCRIPTION:

rock quality designation (RQD); a measure of fracture density commonly used in rock mechanics studies where the length of core in box in lengths of 10 cm or greater is expressed as * of one 3m run in very fractured rock, RQD value is low. In non-fractured rock, RQD is 100; where this column is not filled out; RQD is

colour of core when wet

lower case letters are tones: l - light m a medium d " dark

capital letters are colours:B blackBL blueBN brownG greyGG greyish green/greenish greyGN greenO orangeP pinkPG pinkish greyR redW white

+ * two colours which alternate repeatedly - o colour transitional between two colours

a representation of occurrence of minerals of specific interest, abbreviations as for fractures and veins

location and number of, sample

location and number of thin section

description given by logging geplogist, we have also recorded Au analytical results here

Form SDG-45

Canada LteVLtd.

DIAMOND DRILL HOLE RECORD

PORPHYRY CREEK PROJECT

DRILL HOLE NO.: POC-01

CLAIM NO(S)

TOWNSHIP

DATE BEGUN

COMPLETED

LOGGED BY

.: L1025525

: Hoblitzell. 6/03/90

. 11/03/90

. I.Cadieux

COLLAR CO-ORDINATES

GRID

X: ?ROO F

UTM

5731 fiflF

CONTRACTOR : fojafle Mercier

CORE SIZE : BQ

DRILL FLUIDS: 65550(0/8 K HrtO

Y: 675 S 5483275N

Z: 295m

DEPARTURE:

DEPTHS:

AZIMUTH: 180

INCLINATION: ~45

CHECKED BY: J. L.

OVERBURDEN: 61.6m

END OF HOLE: 196.9m

REMARKS:-,

LOCATION SI

4

sing removed, 0.6m from drill

(ETCH 1:5000:

f

r,****

7

,*

; ; ii

DEVIATION RECORD

DEPTH AZIMUTH DIP METHOD

60m

120m

180m

-45 HF 41

-43 H H-42 ,. H

CHECKED BY: J. L.

HORIZONTAL COMPONENT: 143m

VERTICAL COMPONENT \ 136m

floor to ground

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COGEMA CANADA Ltee/Ltd. BURNTBUSH RIVER PROJECT

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Drl note noj Geotogtet(s) : "Z.

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Minerals and. Alterations -l l** l l l l* rf

Description

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Form SDG-45

GOGEMA Canada Ltee/Ltd.DIAMOND DRILL HOLE RECORD

PORPHYRY CREEK PROJECT

1DRILL HOLE NO.: POC-02

CLAIM NO(S).

TOWNSHIP

DATE BEGUN

COMPLETED

LOGGED BY

: LI 025524 CONTRACTOR : Forage Mercier

: Hoblitzell CORE SIZE : BO

: H/03/90 DRILL FLUIDS: 65550(0/8)^0, 18/03/90

J. Learn

COLLAR CO-ORDINATES

GRID

X: 2800 F

Y: 900 S

Z: 295m

c.

DEVIATION RECORD

UTM DEPTH AZIMUTH DIP METHOD

5731 ROF 60m5483000N 120m

180m

DEPARTURE: AZIMUTH:

240m

179 321.6m

INCLINATION: " 49

CHECKED BY

-48 HF 4*-48 " "

-44 ,, ,,-42 " "

-36 ,, H

: i.c. :HECKED BY: j. L . , i.e.

DEPTHS: OVERBURDEN: 40.8m HORIZONTAL COMPONENT: 229m

END OF HOLE: 321.6m VERTICAL COMPONENT : 225m

REMARKS : nu

LOCATION SKE

{f)

casing flush with drill floor, Casing left in hole

ITCH 1:5000:

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3. ANALYTICAL RESULTS

Three sets of tables follow:

I) Au, Cu, Zn, K.O, Na.O results from XRAL Laboratories (Rouyn). Note "that Au, K-0, Na-O results from Chimitec (below) are included in this table.

II) Major element results from Chimitec, Ltee (Ste.Foy).

III) Minor element results from Chimitec, Ltee (Ste.Foy).

Procedures, detection limits for the various types of analyses are as follows:

XRAL:

Au:

Fraction: Extraction: Method: Detection

Limit:

-150 mesh (two stage crushing, grinding) 3 parts HC1: 1 part UNO- - aqua regia Fire assay-atomic absorption

5 ppb

Note: 500g is pulverized, 30g is analyzed (one assay-ton)

Cu, Zn:

Fraction: Extraction: Method: Detection

Limit:

K 2 0, Na 2 0:

Fraction: Extraction : Method: Detection

Limit:

-150 mesh aqua regia atomic absorption

0.01 0/00

-150 mesh metaborate fusion XRF

0.01 0/00

sample batches sent to XRAL include control samples sent at irregular intervals. Control samples are barren quartzite.

CH1MITEC;

MAJOR ELEMENTS

Si02 , Ti02 , A1 203 , Fe203 (total iron), MnO, HgO, CaO, Ma20:

Fraction: -150 mesh (two stage crushing, grinding) Extraction: metaborate fusion Method: emission - plasma Detection

limit: 0.01*

K20, P205 :

Fraction: Extraction: Method: Detection

limit:

-150 mesh metaborate fusion emission - plasma

G.03%

LOI:

Fraction: Method: Detection

limit:

-150 mesh gravimetry

0.01X

C02 :

Fraction: Extraction: Method: Detection

limit:

-150 meshH3PO^gravimetry

0.05X

MINOR ELEMENTS

Fraction: Method: Detection

limits:

-150 meshneutron activation

AuSmSbSe,As,Eu,La,Cd,TeGr,Ba,Zn,ZrFe,

Th,Cs,Hf,Ag,Co,

NiIrSn

Ma

U, LuTa, Tb, BrMo, WYbRb, Se, Ce

2 ppb0.05 ppm0.1 ppm0.2 ppm0.5 ppm1 ppra2 ppm5 ppra10 ppm20 ppm50 ppra100 ppm200 ppm0.021

HOLE1

POC-01 POC-Oi POC-01 POC-01 POC-01 POC-01 POC-01 POC-01 POC-01 POC-01POC-01POC-01POC-01POC-01POC-01POC-01POC-01POC-01POC-01POC-01POC-01POC-01POC-01

SAMP

2451 2452 2453 2454 2455 2456 2457 2458 2459 14102460246124632464141124652466246714122468141324692470

FROM (m)

68.90 71.90 78.00 79.50 81.00 82.50 84.00 85.50 87.00 101.00122.00123.50125.00126.50142.00156.00165.50167.00169.50175.50180.50187.00188.50

TO(m) (

71.90 75.OO 79.50 81.00 82.50 84.00 85.50 87.00 88.50 101.50123125126128142157167168170177181188190

.50

.00

.50

.00

.50

.50

.00

.50

.00

.00

.00

.50

.00

AU ppb)

-5 -5 -5 -5 -5 -5 -5 -5 -5 -2-5-5~" 3

— 5

5-5-5-2-2-5-2-514

CU C/.)

-000

00

0

00

.01

.01

.02

.02

.01

.01

.01

.02

ZN (X)

0-0-0

-0-0

0

-0-0

.07

.01

.01

.01

.01

.01

.01

.01

K20c/.)1.60 1.91 1.46 1.21 1.64 1.10 1.35 1.25 1.39 1.061.201.031.5B0.780.030.990.790.810.481.010.990.951.02

NA20 (X)

1.68 2.20 1.32 3.83 2.24 1.66 0.90 3.03 4.35 2.962.861.812.131.261.852.692.321.762.412.692.141.851.98

HOLE SAMP FROM (m)

TO (m)

AU (ppb)

CU (X)

ZN C/.)

K20 (X)

NA20 (X)

POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02

14141415141614172471247224732474141814191420142124752476247724792480248114221423142414251426248224842485248624872488248924902491249224932494249614271428

•' 24971429

59.5072.5087.00101.00105.00106.50108.00109.50111.00131.50140.50147.00162.00163.00164.00175. 5O177. OO178.50191.00206.50216.50230.50243.00246.00247.50249.00250.50252.00253.50255.00256.50258.00259.50261.00262.50264. OO284. OO300.60304 . 50318.50

60.0073.0087.50101.50106.501O8.00109.50111.00111.50132.00141.00147.50163.00164.00165.00177. OO178.50180.00191.50207 . 00217.00231.00243.50247.50249.00250.50252.00253.50255.00256.50258. OO259.50261.00262.50264.00265.50284 . 50301.10306.00319.00

-2-2-2-2-5-5-5~~5-2— 0

10-2-5-5-5-5-5-5-2—2-24

-2-510-5-595

19-5-5~*o2119-5-2-2*~ o*"?

0.500.460.720.960.931.011.001.140.770.110.110.562.062.742.291.891.952.112.562.073.062.883.153.823.873.764.233.823.103.732.913.133.003.423.332.932.311.841.56

3.193.033.023.173.743.552.833.103.521.752.133.315.514.855.065.413.844.575.204.683.134.213.363.434.263.543.374.273.843.693.783.523.554.263.853.734.225.604.88

0.23 2.56

HOLE

POC-01POC-O1POC-01POC-01POC-01

POC-O2POC-02POC-02POC-O2POC-02POC-02POC-O2POC-02POC-02POC-O2POC-02POC-O2POC-02POC-O2POC-02POC-02

SAMP

14101411246714121413

1414141514161417141814191420142114221423142414251426142714281429

FROM(m)

101.00142. OO167. OO169. 5O18O.5O

59.5072.5087. OO1O1.0O1 1 1 . OO131. 5O140.50147. OO191.002O6 . 5O216. 5O230.50243.00284.00300 . 60318. 5O

TO(m)

101. SO142.50168.50170. OO181. OO

6O.OO73.OO87.501O1.5O111.50132.00141.00147.50191.502O7.OO217. OO231.00243.50284 . 50301.10319. OO

SIO2C/.)

61.465O.4851.6453.816O.48

55.1556.7757.1858.8961. 4O47. OS5O.5853.4465. 4O65. 0565.2765.7666.7466.8866.8353.51

T I O2C/.)

0. 760. 890. 971.290. 82

1.581.8O1.O60. 95O. 781.011.911.89O. 44O. 42O.4OO.4OO. 41O. 42O. 451.05

AL2O(V.)

16. 6O14. 0214.1915.7915.82

16.6915.1514.7014.7616.3515.5913.5915.7514.5614. 5O14.2814.3714. 7O14.6915.1116. 3O

FE2OC/.)

6.8611.4512. SO9.859.13

7.4O7.7O8.789.OO6.2512.9414. OO12.943.132.992.752.923.113.O73.4O10.29

MNOC/.)

0. 180. 24O. 35O. 300.20

0. 190. 170. 150. 15O. 110. 190.380. 24O.O4O.O4O.O5O. OSO. OSO. OSO.O4O. 2O

MGDC/.)

1.666.443.553.863.46

3.495.145.384.974.229.481.812.241.821.811.261.531.671.8O2.043.29

CAOm

5.6511.218.921O.686.38

9.468.336.797.315.849.241O.858.643.534.245.134.374.414.483.521O.29

NA2O(7.)

2.961.851.762.412.14

3.193.033.023.173.521.752.133.315. 2O4.683.134.213.364.225.602.56

K2Or/.)

1.O6O.O30. 810.48O. 99

0.5O0.460.720. 96O. 770. 110. 11O. 562.562.O73.O62.SS3.152.311.840. 23

P205C/.)

0.250.050. 18O. 290.13

0.290.46O. 320.220.25O.O9O. 240. 190. 220.26O. 230.230.200.210.240. 21

LOI TOTL( 7. ) ( */. )

1.O9 98.541.58 98.233.15 98.312.56 101.321.79 101.33

2.39 100.331.18 100.211.16 99.261.1O 1O1.471.58 101.072.17 99.653.03 98.631.77 100.992.41 99.312.75 98.823.81 99.392.10 98. 8O3.5O 1O1.3O2.73 1OO.862.15 1O1.222.9O 1OO.83

CO2C/.)

O. 291.O81.371.25O.O5

1.760. 160. 140.180. 150.113.151.6O1.922.082.872.4O2.271.981.521.83

HOLE SAMP FROM TO (i) d)

POC-01POC-01POC-01POC-01POC-01

POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02

14101411246714121413

1414141514161417141314191420142114221423142414251426142714281429

101.00142.00167.00169.50180.50

59.5072.5087.00101.00111.00131.50140.50147.00191.00206.50216.50230.50243.00284.00300.60318.50

101.50142.50168.50170.00181.00

60.0073.0087.50101.50111.50132.00141.00147.50191.50207.00217.00231.00243.50284.50301.10319.00

AU SB AS BA(ppb) (ppi) (ppi) (ppi)

-2 -0.10 -0.50 180.005 -0.10 -0.50 120.00

-2 -0.10 -0.50 230.00-2 0.20 0.70 150.00-2 -0.10 -0.50 190.00

-2 -0.10 -0.50 170.00-2 -0.10 -0.50 160.00-2 -0.10 -0.50 310.00-2 -0.10 -0.50 250.00-2 -0.10 -0.50 240.00-2 -0.10 -0.50 51.0010 -0.10 -0.50 91.00-2 -0.10 -0.50 350.00-2 0.10 0.80 900.00-2 0.10 -0.50 810.00-2 0.20 -0.50 1100.004 -0.10 -0.50 1800.00

-2 0.30 -0.50 1000.00-2 0.10 -0.50 970.00-2 0.30 -0.50 760.00-2 0.10 0.60 68.00

CD(PP*)

-5.00-5.00-5.00-5.00-5.00

-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00

CS(PP*)

1.20-0.501.101.000.80

0.800.802.801.402.600.70

-0.502.502.503.102.202.401.903.605.400.90

CR(PP*)

130.00300.00490.00780.00220.00

470.00110.00350.00340.00220.00400.00140.00140.00180.00150.00140.00160.00180.00130.00160.00340.00

CO(PP*)

14.0060.0055.0074.0035.00

64.0032.0046.0037.0034.0083.0058.0061.0015.0011.0010.0012.0011.009.00

13.0065.00

E'J(PP*)

1.001.00

-1.001.002.00

2.001.00

-1.002.002.00

-1.002.00

-1.001.002.002.00

-1.001.002.00

-1.002.00

HF(PP*)

5.002.002.002.003.00

2.004.004.005.005.00

-1.004.003.004.003.003.003.003.003.003.003.00

IR FE(ppi) (ppi)

-50.00 4.30-50.00 8.60-50.00 11.00-50.00 7.00-50.00 6.50

-50.00- 5.80-50.00 6.00-50.00 6.90-50.00 7.10-50.00 4.60-50.00 11.00-50.00 11.00-50.00 10.00-50.00 2.30-50.00 2.30-50.00 2.10-50.00 2.30-50.00 2.30-50.00 2.30-50.00 2.40-50.00 8.90

LA(PP*)

13.004.00

13.0011.0011.00

11.0018.0014.0014.0019.004.00

10.009.00

33.0030.0028.0029.0028.0027.0029.0015.00

MO(pp*)

-1.00-1.00-1.00-1.00-1.00

1.00-1.00-1.00-1.00-1.00-LOO-1.00-1.001.002.001.002.00

-1.00-1.002.00

-1.00

XI(ppi)26.0071.00

230.00220.0064.00

150.0041.00

110.0092.0082.00

240.0041.0074.00

-10.0047.0030.0026.0020.0029.0033.00

200.00

RB(ppi)

39.00-5.0038.0017.0052.00

24.00-5.0049.0047.0041.00-5.00-5.0032.0071.0051.0091.0073.0091.0075.0072.0017.00

se(pp*)13.0044.5034.9041.4020.00

40.0035.9026.0024.5019.0033.6036.9038.806.406.205.305.705.605.705.40

38.50

HOLE

POC-01POC-01POC-01POC-01POC-01

POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02POC-02

SAMP FROrt TO(*) d)

1410 101.00 101.501411 142.00 142.502467 167.00 168.501412 169.50 170.001413 180.50 181.00

1414 59.50 60.001415 72.50 73.001416 87.00 87.501417 101.00 101.501418 111.00 111.501419 131.50 132.001420 140.50 141.001421 147.00 147.501422 191.00 191.501423 206.50 207.001424 216.50 217.001425 230.50 231.001426 243.00 243.501427 234.00 284.501428 300.60 301.101429 318.50 319.00

SE(pp*)

-5.00-5.00-5.00-5.00-5.00

-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00-5.00

AG(PP*)

2.00-2.00-2.005.002.00

-2.00-2.00-2.00-2.00-2.00-2.00-2.00-2.00-2.00-2.00-2.00-2.00-2.00-2.00-2.00-2.00

TA(PP*)

0.50-0.500.30

-0.50-0.50

0.600.900.70

-0.500.70

-0.500.600.60-0.50-0.50-0.50-0.50-0.50-0.50-0.50-0.50

TB(ppi)

1.20-0.500.901.100.80

0.901.501.101.001.100.801.101.30

-0.500.60-0.50-0.50-0.50-0.500.600.80

TH(PP*)

0.90-0.200.600.701.00

0.501.000.700.701.40

-0.200.500.704.704.804.604.604.504.404.300.20

M(ppi)

-1.00-1.00-1.00-1.00-1.00

-1.001.00

-1.00-1.00-1.00-1.00-1.00-1.00-1.00-1.00-1.00-1.00-1.00-1.00-1.00-1.00

u(pp*)

0.30-0.20-0.200.200.30

-0.200.20-0.200.200.30

-0.20-0.20-0.201.701.301.301.200.700.901.200.20

YB(PP*)

3.003.002.003.003.00

3.004.003.003.004.003.006.004.00

-2.00-2.00-2.00-2.00-2.00-2.00-2.004.00

ZN(pp*)

-100.00160.00130.00

-100.00-100.00

-100.00-100.00-100.00110.00

-100.00-100.00110.00

-100.00-100.00-100.00-100.00-100.00-100.00-100.00-100.00-100.00

CE(ppi)

34.0010.0037.0038.0017.00

38.0064.0037.0033.0057.00-5.0013.0023.0088.0079.0075.0076.0030.0069.0075.0047.00

NA(ppi)

1.901.501.701,801.60

2.562.412.452.602.771.601.802.674.313.842.603.392.553.183.812.36

SN(PP*)

-100.00-100.00-100.00-100.00-100.00

-100.00-100.00-100.00-100.00-100.00-100.00-100.00-100.00-100.00-100.00-100.00-100.00-100.00-100.00-100.00-100.00

TE(PP*!

-10.00-10.00-10.00-10.00-10.00

-10.00-10.00-10.00-10.00-10.00-10.00-10.00-10.00-10.00-10.00-10.00-10.00-10.00-10.00-10.00-10.00

ZR(pp*)

-200.00-200.00-200.00-200.00-200.00

-200.00470.00360.00

-200.00300.00

-200.00320.00

-200.00-200.00320.00

-200.00-200.00-200.00-200.00-200.00-200.00

BR(PP*)

0.80-0.501.701.201.30

-0.50-0.501.200.600.600.50-0.50-0.50-0.501.00

-0.50-0.50-0.500.800.701.40

LU(PP*)

0.300.400.500.400.20

0.500.500.500.600.500.400.700.60-0.20-0.20-0.20-0.20-0.20-0.20-0.200.50

SH(ppa)

5.002.604.905.303.50

6.308.405.805.706.003.506.906.406.706.605.906.005.905.907.105.40

1. THIN SECTION DESCRIPTIONS

Remarks:

The report was written before the thin sections were studied so the following comments are given:

POC-01

First subunit (61.6-126.3m) of intermediate to mafic tuffs:

one thin section from this unit supports the mesoscopic description given in the text.

Second subunit (126.3-153.35m) of amphibole-rich flows:

one thin section from this unit supports the mesoscopic description in the text; the foliation is very well developed, may be a tuff.

Third subunit (153.35-196.9m) of mafic to intermediate tuffs:

the two thin sections studied support the mesoscopic description in the text; section taken at 180.7m is porphyritic and may be a flow rock.

POC.02

First subunit (10.8-71.1m) of intermediate to mafic tuffs:

one thin section from this unit supports the mesoscopic description given in the text.

Second subunit (71.1-131.1m) of mafic to intermediate tuffs:

five thin sections from this unit were studied and these support the mesoscopic description given in the text.

Third subunit (131.4-151.5m) of intermediate to mafic tuffs:

two thin sections were studied and one (at 140.7) shows 10 0/00 amphibole and no biotite, the other (at 117.1) shows 40 0/00 amphibole and 52 biotite.

the fine grained mematoblastic amphibole (locally chloritized) was probably mistaken for biotite during core description; the corroded texture of the amphibole is different than the amphibole in all previ ous slides and opaques are slightly more abundant (note that the core here is weakly magnetic, and that these two samples plot clearly together in the tholeiitic andesite field - Figure 5 in text - away from all other samples).

The feldspar porphyritic rocks (151.5-312.9):

seven thin sections are all remarkably similar con sidering the textural variations observed on the core, except for

l do not see any strong evidence that these rocks are sheared upon examination of the thin sections.

The mafic to intermediate tuffs at the end of hole (312.9-321.6):

one thin section from the unit shows no biotite, but chlorite pseudomorphs of biotite are present.

Po*. PROJECT

THIN SECTION DESCRIPTION

Field Rock Name;

Sample No.;(1+10)

Major Minerals; (l - habit, grain size);

d C fl^Ht-fTviyi •^~ vyCt^/*^vx-^c

fJf J ff

Minor Minerals;

Veins. Fractures;

Alterations;

^U^vixi^ X

Rock Texture; /to&sL Lok*t*A f / x /~

K. xt^vX

l^tZxi^c^t-'uu-OKi.

Rock Name;V f

(Doc. tfOOOSU - 12.06.86)

P o E. PH y R y. PROJECT

THIN SECTION DESCRIPTION

Field Rock Name;

Sample No.; ' /4Z-3

Major Minerals; (ft - habib, grain size)

Yo2 ) ti/jiwn-A'^, ..

y

i^Ut^ag-^-Tv-fc-jT^L-ctXf

Minor Minerals:

Veins. Fractures; 'y^ /V

/^cXa^iti A '

^

Alterations:

Rock Texture;

Rock Name; -i^Y^a.-4^Cf. l /7 y x JAr^yV /\^^C^\^~y~i!^^

(Doc. //0005U - 12.06.86)

Canada Ltee/Ltd.

p o a. rn PROJECT

THIN SECTION DESCRIPTION

Field Rock Name; wjfa,

Sample No.: /bf -P/ -

Major Minerals; (7* - habit, grain size):

-52Y '^

-O ,x ^ X

X 4i

Minor Minerals;

Veins. Fractures; u-

i srr\s*v^ *i Co

Alterations;

Rock Texture;

Rock Name;

^

(Doc. //0005U - 12.06.86)

fH PROJECT

THIN SECTION DESCRIPTION

Field Rock Name;

Sample No.; fo( - O/ -

Major Minerals; (ft -habit, grain size)

~ 5-2 •CLf v

T/1 XTTP

i V ri*s6(A SJ-\^f

V'-J

Minor Minerals;

Veins. Fractures; 2 -

PROJECT

THIN SECTION DESCRIPTION

Field Rock Name;

Sample No.; fof-ol-S?-S

"fe ATVJi/rt*-

Major Minerals: (ft - habit, grain size)

-f? 2 *i tt ^^^ 4J,**A*a-

(^-UTx^rv^

Pt^i nVl * . r-tH^-vVtsA

Minor Minerals;

Veins. Fractures; Mr*^^-t^l 5 TVTCKxKgX l-*\O

Alterations ; ^-c^u. ^

Rock Texture: 7 AYV^rv^n. />rvu^^^-o>Xc>vv

p o a. f x 'j R, y. PROJECT

THIN SECTION DESCRIPTION

Field Rock Name; /^v^aJU^

Sample No.; . 7

(MrlS)

Major Minerals; (l - habit, grain size)

j. M l

-^ g~

XXj

M v~-fcT

x f f

i -''bf) b *txYTM)

Minor Minerals;

Veins. Fractures;

Alterations;

Rock Texture;- -f

•uuGLA-As&v^

Rock Name;

(Doc. 00005U - 12.06.86)

P O*, f H V R y. C KEEK PROJECT

THIN SECTION DESCRIPTION

Field Rock Name:

Sample No.: foC-OZ-l

n**-}

Major Minerals: (X - habit, grain size);

f /

-Qlit ,,1^^ l (

t fijTE-*^ M -fvL-at. trrfXfcilM -fvL-at. t^rrfXfcil ^*yWJL-v^fttV\-ci

.- 7 V^^Li U a

Nc^^tP T^t-yi.

Veins. Fractures;

Alterations;

Rock Texture; -Ptr'UiiiAxA ^ fi^Otvg^mfijiU.

n^vr^Vv ^7r . , * ^xfryXT'C^X^^C^i/——Rock Name; ____/vyy^ 4-U/rf ^A. -IrV^O^u D

(Doc. (70005U - 12.06.86)

P o R. f H V PROJECT

THIN SECTION DESCRIPTION Sample No.; - |oNZ

Field Rock Name; /yMtx^ "t" IMA*\. /Vv~e^Wtc(Ifl?)

Major Minerals; (X - habit, grain size);

t, 35^

Minor Minerals;

Veins. Fractures; 6 ^pft i*

Alterations:

Rock Texture;

Rock Name; u

(Doc. tfOOOSU - 12.06.86)

P OH. PH V R ^ . CREEK PROJECT

THIN SECTION DESCRIPTION

Field Rock Name; Li.

Sample No.

Major Minerals; (X - habib, grain size)

(,01 Vy^^^vA JOi—./•X qO \rfcn-y l-'-' J^\-*Lt.

15 " 2 o ^__/?—^Ytj"-* x"^r'^ (

' ZoT. TKJI^— b^rr*~0\.

2-3

Minor Minerals;

Veins. Fractures; afc ^to' "t*

Alterations; J

^grX A

Rock Texture;

Rock Name;

(Doc. #0005U - 12.06.86)

PROJECT

THIN SECTION DESCRIPTION

Field Rock Name: /wv*|*u

Sample No.; Po^-oZ- l (14/1)

^ jm,

Major Minerals; (7. - habit, grain size);

A^w

-5ol

Minor Minerals;

Veins. Fractures;

Alterations;

Rock Texture; f

Rock Name; XVYx^fr^t^

(Doc. 00005U - 12.06.86)

p o s. f'H v RV. PROJECT

THIN SECTION DESCRIPTION

Field Rock Name;

Sample No.; PVC- VI - 140,?-

(1420)

t\

Major Minerals; (l - habit, grain size);

Minor Minerals;

Veins. Fractures;

fcX^li M^-t, 'cJUL*

Alterations;

Rock Texture; __M.

Rock Name; L^ Uj

j \~f4sdjb

(Doc. #0005U - 12.06.86)

ClcOGEMAP O B. f H CREEK PROJECT

THIN SECTION DESCRIPTION

Field Rock Name;

Sample No.; ?oC'Q2-

(1421)

Major Minerals; (X - habit, grain size);

Minor Minerals;

Veins. Fractures!

Alterations:

Rock Texture;

Rock Name; Tt*|/

(Doc. (SI0005U - 12.06.86)

p o R. r H v RV. PROJECT

THIN SECTION DESCRIPTION

Field Rock Name; ^ r* o \

Sample No.: - ltl'2.

Major Minerals; (f* - habit, grain size);

.MAn '*o 2 "y i^&tA/ - U) i ** ̂ "1l/"1

MAVH. "6. T552, f AnA-

V

22. U^rgf^/t://>t^^>^>^J^x^. Al /t-^V.aA/L-^"

*SS^*eA t^*

j^^i^xxit^v^CxgT^Vj*^5lo jCc^Af. j^pMinor Minerals; <

Veins. Fractures;

Alterations:

Rock Texture;

Rock Name; LrJUi*l4^ - A/tA^CL

(Doc. #0005U - 12.06.86)

Po*. fH V CREEK PROJECT

THIN SECTION DESCRIPTION

Field Rock Name; LtAd&Let*. ~ dk**vL

Sample No.;(I4Z5-)

Major Minerals; (ft - habit, grain size);

. o.

Minor Minerals;

Veins. Fractures;

Alterations;

Rock Texture;

Rock Name; *sv^

(Doc. 00005U - 12.06.86)

PDR. f H v PROJECT

THIN SECTION DESCRIPTION

Field Rock Name;

Sample No.; fOC'Dl- Zl(,,8

Major Minerals; (X - habit, grain size);

X-t+4'

-L VU

J *. 12 ^^v ^,-t,5

*k A/ S^Jp 6-Vx^UXi *-t -L

Minor Minerals:

Veins. Fractures;

Alterations;

Rock Texture;

Rock Name: - d/U^AXL

(Doc. 00005U - 12.06.86)

P O R. P M V CREEK PROJECT

THIN SECTION DESCRIPTION

Field Rock Name;

Sample No.; ?OC -02 -

- (frt/utJL

Ma j or Minerals; (X - habit, grain size):

Minor Minerals;

Veins. Fractures;

Alterations;

Rock Texture:

Rock Name; C-SAA^AAA 4Wn

(Doc. //0005U - 12.06.86)

POP, f H V R, V. . CREEK PROJECT

THIN SECTION DESCRIPTION

Field Rock Name;

Sample No.: HC-Q2- 243-5

Major Minerals; (X - habit, grain size):

14*5

Minor Minerals;

Veins. Fractures;

Alterations;

Rock Texture;

Rock Name;

(Doc. //0005U - 12.06.86)

P 09. f H V S, V. . CREEK PROJECT

THIN SECTION DESCRIPTION

Field Rock Name;

Sample No.

Major Minerals: (ft - habit, grain size);

Minor Minerals;

Veins. Fractures!

Alterations;

Rock Texture;

Rock Name; . ~ t-iA/UAv.

(Doc. //0005U - 12.06.86)

|ICOGEMA Canada Ltee/Ltd.Pott. CH v

THIN SECTION DESCRIPTION

Field Rock Name;

PROJECT

Sample No.

Major Minerals; (7. - habit, grain size);

Minor Minerals;

Veins. Fractures;

Alterations;

y oo

Rock Texture;

Rock Name; ill

(Doc. 00005U - 12.06.86)

Canada Ltee/Ltd.

p o e. f H PROJECT

THIN SECTION DESCRIPTION

Field Rock Name:

Sample No.

Major Minerals; (7* - habit, grain size);

-jrVyj ^l^v^rA^^r/iV 4 -t ^Vt^

•35 l

\0lv—-—g/Uvig-^uxd ~

^JL S

Minor Minerals;

Veins. Fractures; O't/lAiA. - , .ff

Alterations;

Rock Texture; f fr4sv*-*Ai}

Rock Name; ^VTVA/.-AO Ao

(Doc. 00005U - 12.06.86)

a no 32E12SW0034 2.13517 HOBLITZELL 300

Ministry ofNorthern Developmentand Mines

Ministere du DeA/eloppement du Nord et des Mines

Mining Lands Section 880 Bay Street, 3rd Floor Toronto, Ontario MSS 1Z8

October 19, 1990File: 2. 13479 8c 2. 13517 Report of Work: W9008. 241

Mr. Robert W. OwenAssessment Files OfficeRoom 81277 Grenville StreetToronto, OntarioMSS 1B3

Dear Mr. Owen:

Re: Drill Core Analysis submitted on Mining Claims: L. 1025524 et al in Hoblitzell Township.

I am returning File: 2. 13517 to your office. File: 2. 13479 has been deleted and merged with this file.

For further information, please contact Dale Messenger at (416) 965-4888.

Yours sincerely,

Ron C. CashinskiActing Provincial Manager, Mining LandsMines Se Minerals Division

DM: z m Encl:

l Hi Ut'1 'UU lilti:HH 002 P04

PAPISM A Canada \ AJllIjlYIf\ Liee/Ltd,

August 13, 1990

TO WHOM (T MAY CONCERN

l do hereby certify that the following expendi tures have been spent in 1990 for the Porphyry Creek project situated in Hoblitzell Township in northeastern Ontario:

Claim #L1025525 (diamond drill hole POC-01)

major/minor element analyses 5 x 58.00 290.00Au, K-0, Na O, Cu, In analyses 8 x 37.75 302,00Au, KjO, Na^O analyses 10 x 25.75 257.50

Claim IL102SS24 (diamond drill hole POC-02)

major/minor element analyses 16 x 58.00 928,00 Au, K 2 0, Na 2 0 analyses 21 x 25.75 618.00

Total 2,395.50

We have not yet been invoiced for thin sections and reserve the right to claim future credits for data submitted in the technical report which accompanies this statement.

As Vice President, Finance of COGEMA CANADA LTD., l am duly authorized to make this certi fication.

Dated at Saskatoon, In the Province of Saskatchewan, this 13th day of August, 1990.

COGEMA CANABA LIMITED

R, A. Rozon,Vice President, Finance,

JL:rhb def

S17-825. 45th STREET WEST, P.O. BOX 9204. SASKATOON, SASKATCHEWAN S7K 3X5 TEL.; (306) 244-2554 — TELEX: 074-2767 - TELECOP.; (306) 653-3883

r: -l:-: FRGF! ^______________________________________________________________

l^.--J,—i---^.--^.™^(+H* l 1t*tn* i 4*4***- l t*****- l^ f*-" J- . ~-11^..V'V^JL^ i ^ l . _l ""v^mJ^""^ W"~ "~1|"i*"""" ji.;'^-'' - ^?1:-1,",: 'i '^u'-j a-x-1 —•

^•KI9*v

10*660*

r -fL -

}r h."*—

i (i i_i_i _i^n\ li Tt IL•***I4 l *)*(l) j tM*l|*

t7.~fez7r~-f—• 5*620 (l j

ft ————————

T**Me*

•2**S2

• M tit • M644

*5*(22

•^—4-l *J*623

836634 ,,MB9

*J**J*

.________4. ___ l Pp ——TI———Ir•"•S. l *5.*4, j ,,,,4T

l l

i1————L_____l____,L^^---

m

fei

im-,Wfv-

Minisuy olNorthern Oevelopmanland Mines '""•--—^.'

Report of Work(Geophysical, Geological, Geocnomica! and Expenditures)

i^oos" No.

Mining Act

l Hi t r IIC11 OD S - ^ r,JM' ' y ;ir Or f in nt .

t f numbet o l mining claims traversedexceeds space on this form, attach a list.

Note: - OM!V days crodits calculated in thp"Expenditures' section may bc enteredin i he "E xpend. Days Cr." columns,

— Do not use shaded areas below.Type Of SurvevU)

DIAMOND DRILL CORE ANALYTICAL RESULTS"CliTm'Holder (i) "

COGEMA CANADA ^fcLIMITED

817-825 - 45th Street West, Saskatoon, SK, S7K 3X5

Township or Area

HoblitzellT Prospector's Licence Nio.

T4677

Survey Company

^COGEMA CANADA LTD.Name and Address of Author (of Geo-Techmcal report)

John Learn, CP 877, Rouyn-Noranda, Qc J9X 5C7

Date of Survey Ifrom S, to)

Q6y lOA. j SO j t8y jfta. j 9Q :0Total Miles of line Cut

Credits Requested per Each Claim in Columns at right joining Claims Traversed (List in numerical sequence)Special Provisions

For first survey:Enter 40 days. (This includes line cutting)

For each additional survey: using the same grid:

Enter 20 days (for each)

Con, r,l. and enteRKplVEDLiter total (s) here |

SEP 10

MINING LANDS S

Airborne Credits

Not*: Special provisionscredits do not apply to Airborne Surveys.

E xpenditures (excludes power stripping)Type of Work Performed

Core analysisPerformed on Claim(f)

il025124, L1025525

Calculation of Expenditure Days Credits

Total Expenditures

2.395.50

Date

Certification Verifying Report of Work

InstructionsTotal Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per cla^ri selected in columns at right.

hereby certify that 1 have a personal and intimate knowledge of the facts set forih in the Report of Work annexed hereto, having performed the work or witnessed same during and/or after its completion and the annexed report is true. J,-. . ''

Name and Postal Address o* Person Certifying

John Learn, CP 877, Rouyn-Noranda, Qc, J9X 5C7

50 M 53 M 54 M

V

\

V

\\

r

00

T89327 ' 789326

— — — —U—— —|r~———---——-U ————lIII l l l

789283 i 789284 | 78 9 312 l 789i!3 , 789318 ] 789121 | 789328 ( 769J59

l

^^^1^___J ^i L ^ r "62B657 628653 | 626fiS5 | 62855E 789319 789120 ' 78933:

-l

L " "TL~ TL " TL —---r——- ——-l

•-- — H-TL ! L -f-—t69354! 930770 93077!

4 - -4--*-L —t-L — — -- — — -f-L ———— t .,.u- — 4-l 893540 530769 , 91^5 5 . li'

,— --tr----iT- TL~~rrnr---|L-789293 l 789294 l 78929S ' 789296 l 7892377892*' I 789332 ' 789 245 H 789 Z 46 789261 789262 789561 , 769562 ' 789291

U- —— -

l 892949 (78929*789216 ' 789219 l 789230 789263 j 789276 789277 789290 i 7 8 9 3c 892546 892947

__ r ——— r— - --4-L -—— t——-L———l -i:——?—h:789234 78-9343 78924789215 789220 789229 789264 , 789275 i 76S278 789307 892 ;-*:Q 8929517 393332 693537 892952 392953 739299

..-X i — i^d____L ! ' LL -?L^~~ ^y li- IL — --r———h:-~—K"""" -^ _____,__________ .L T "t f N '——789226 789235 , 789242

.

j 1Q25-9? l 1025500 j '^''SC 789274 789279 783286 789308 ' 892954 892955 ' 4

i- --t T789309 7B9:iOS ' 789304 l 789303789241 K 789250 789257769222 789227 769236

893534 833533 l 893546 893547 l

l l iIO2549I , 1025496 | 102550

L*) b- i.., it x ___L- — -,^JL[xT? N TL i L

l : l l l 783286 j 7693)0. | 783315 \l628617 j 628636 | 62S635 l 628634 Jjf7B3Z\2 \ 789223 789226 '

, jy.t-b-y l l .7893,6 7B9323 769324789267 789272 l 76928

i.—4:_____l '

628638 628833 | 628640 I 789255 ' 789268 ' 78927. T89282 789265 7893*, 789*14789224 , T89225 , 7B9236X 783339 789252l iaoao3\ l '0*0*04 ll \l

I02MQ3 1025504 l

I I ~* ~-s——^

____r""""~hr" ir" — -i——t-1—j 628644 /62B645 628595 628502 [ 62860.3 l 6266IO 628611 , 7892S3

Porphyry————L -r—————- — --- J____L__ ^ r ——— Ir —— - -—— - cr —— r- —— Irl l 872026 872025 j 8720,9 j 8T2 0 , 8 |^ 8 7 20 .7 l 872016 | 8720.5 l 628647 l 6\ 2 9 6 4 6 l871978 871996 836605 628596 1628601 6266C4 628639 l 628612 l 629617 l 628616 628625 i 628626

— —L L —t L_——^—- n. n. ^L^ J 628597 , 62S6GO l 62S605 l 6286^6 Y 62961J j 6P86I6S36S07 ' 836608 l 836609 ,. B366IO 636611 628650 62865, l G 2 9652 628819 l 628621 628627 626656

_____:_ __Lr---- le h:6484,0 848,05 846,06 848M, , B , , 4 846, ,7 84a:20

6ZS&07 j 628614 | 6296i5 ' 629620 . l 628623 l 62B628836636 836640 r l 83664-1

_____Ljr———l

- r ———M.———_J_ L r-,L 11 —— " — ——— ' ——— ———-L T~ —— —— fr836629 836628 | 836627

836638 J 836642 836646

__..______L ————.t .————^ —————4,—————— ————— _______ _____^ ______ J K ,

...... i .... ! /L . IL TL L t TL———h—x-f—B36639 j 836643 | 836647 l^36633 836634 836635

KTX^rfyfte?*^'.^^3*- '.'i*-. -. -i* *CiP*,-*it W^SsV *W ; W " i^^3k#*3?f\Svs.- ? t -'- -^-^B5?fc.!di J3

789335

i i i i

[659 ] 628664 j 626667 l 628674 l 628675 " 789331 789 112

j i ' 7^ | r ^ ————i.628660 , 626663

1 '

.1_ — 4_A-L^ t i T:

4-—-\

IL

628J63 626673 629S76 l 628681 ' 626662

— -—4-L— — — Ir—— |L——-fr- — -|834463 J 834459 B34455 | 8 344 S I l 628621 l 628622 | 626629 | 628630^ 1 628661 628662 I 628669 628672 l 6285^7 6285BO 628683

l ^ - '

^--1 '————L.l ^ - l L- i L.

.J.l i l . iTL PT- f Y lr \ L" {^ TL .f f" Tl 834 5/7 Q j 834517 i 834513 | 834509 l 834504 \ 834499 ' 62*670 l 628671 ' 628678 , 6286T9 l 628681i-—l-U-^-L--!—l—-tv-l—'X—L-i—i-. K ,

A fcj-l rt l B ^ .' rf T A . *834461 ^ l 834457 i 834453 l 834S2I l 834518 834514 i 834510 834505 l 834*00 83-1479 l' 834478 834477 | 834476 834475

-—L—. L—LL !L IL TL

L834466 l 834462 I 834*58 l 834454 J 83432^ | 834519 ' 834513 | 8345,l l S3 4 50 6 , 8343OI

•*v 'l\ 1 11 V -L J L

VV

1 II1 -1 1L 1 LI-

-,x

X

1 -± \ 1i." TL \

834516 8345I2\

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8345C

X~__ - ___ J.-jC.— - ___ - ____ U-T

834507 l 83*AO2 i 834489 l 834488

834508 [834303

Vx

PROJECTED

834483 834482 l 834481 834480

-L- ___ -L ____ —J ______

834487 l 834486 B34485

834493 834492 834491 834490

, __ __I3449B: 834497 l 834*?* 834495

..l___L...JN&OPEN GROUND

v I L __ L— JSV. ; " .'. v- -, '.'

LEGENDHIGHWAY AND ROLITE No.

OTHER ROADS ^ .TRAILS " .^Nr-l

SURVEYED LINES: ^ ' .TOWNSHIPS. BASE LJNES, ETC.LOTS, MINING CLAIMS, PARCELS, ETC.

UNSURVtYED LINES:* !LOT LINES - -v;- ''PARCEL BOUNDARYMINING CLAIMS ETC.

RAILWAY AND RI^HTOF WAY *

UTILITY LINES NON-PERENNIAL STREAM

FLOODING OR FLOODING RTGHTS SUBDIVISION OR COMPOSITE PLAN RESERVATIONS .'"4^' "" ; ORIGINAL SHORELINE .J MARSH OR MUSKEG^?-; ~

MINES - ^ TRAVERSE MONUMENT

DISPOSITION OF CROWN LANDS

TYPE OF DOCUMENT—————————————— -,PATENT, SURFACE 4 WIN ING RIGHTS

, SURFACE RIGHTS ONLY.....

, MINING RIGHTS ONLY ..,...

LEASE, SURFACE 4 MINING RIGHTS.," .SURFACE rfi'GHTSONLY.......

" .MINING RIGHTSONLY.^......

LICENCE OF OCCUPATION ............

ORDER-IN-COUNCIL''I....—.........,,RESERVATION ,,mMl..i..m ..^.....

CANCELLED __.,...,...,,.,,,....,SAND 81 GRAVEL ,.....i,.......^.,....

SYMBOL

NOTE; MINING RIGHTS IN PARCELS PATENTED PRIOR TO MAY 6. 1913, VESTED IN ORIGINAL PATENTEE BY THE PUBLIC LANDS ACT, R SO 1970, CHAP 380. SEC 63. SUBSEC 1.

SCALE

Met*500 loco

^ Mttres

1 = 20 000

APPEAhS ON Th.IS M/' ^ HAS BEEN COMPILED FRO... /.' p '0--.:- bOOr'.CF a,

r' i A p:; M ~ r c:, r H O G ^ WISHING TO STAKE M'N- ING CLAIMS SMOOLD CON- SUIT WITH "HE WINING RECOROEK M1NISTH1 OF NORTHERN DL'VELOP- MENT ,.riri MV.CS.FCr1. AD DITIONAL . ijRMATlON ON THF Sir. :3 OF THE LANDS SHOWN Mi-REON.

TOWNSHIP

HOBLITZELLM.N.R. ADMINISTRATIVE DISTRICT

COCHRANEMINING DIVISION

ilfRqES^AKELAND TITUS/ REGISTRY DIVISION *

COCHRANE ^

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f

32E12SWB034 2.13517 HOBLITZELL •'TOMLINSON TOWN-SHIP *. '

? : ; A r - i Ms ' ' - \ i. 1031*74 JHO3I97B 1

1 (. 1031*7* ___ .j |

^i.JD __ i _ is .Vl^V Ministrxofl U^J NaUaral v"aX Resources ^ ' Ontario ^ ..":

Dalt OCTOBER 1986

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