S2F07NW0023 2 .6542 HARPER LAKE

MANITOU LAKES PROJECT SUMMER AND FALL 1983 EXPLORATION

PROGRAM REPORT

with

ADDENDUM ON 1984 WINTER EXPLORATION

FOR

010

COCHRANE OIL & GAS LTD.

^v,, 1984

-UNO LANDS S ECTION

BY

GARY A. NOLIN, P. GEOL.TREVOR DUNDAS, P. GEOPH.

W.A. MACLEOD, P. GEOL.ALBERT VONHOF, PHD. P. ENG.

M. FOX, P. GEOL.

NTS 52F-7

NOLIN GEO ENTERPRISES LTD. 1983

THE ASSOCIATION OFPROFESSIONAL ENGINEERS,

GEOLOGISTS and GEOPHYSICISTSOF Al3£rtTA

PERMIT DUMBER. p '*&:?„NG?..!^ £VI-.0

ENTEJJ-i-fsi?'•;;•; LTD.

S2F07NW0023 2.6542 HARPER LAKE 010C

TABLE OF CONTENTS

1 INTRODUCTION

2 PROPERTY DESCRIPTION AND ACCESS

3 HISTORY3.1 PREVIOUS GEOLOGICAL WORK3.2 PROSPECTS

3.2.1 THE GIANT PROSPECT3.2.2 THE GLASS REEF HINE3.2.3 THE QUEEN ALEXANDRA HINE

4 LAND STATUS

5 GENERAL GEOLOGY

6 AIRBORNE GEOPHYSICS - PUBLISHED DATA

7 EXPLORATION PROGRAH7.1 HAGNETIC SURVEY PROGRAH ANH SPECIFICATIONS7.2 ELECTROHAGNETIC SURVEY (VI.F) PROGRAH AND SPECIFICATIONS7.3 GEOCHEHICAL SURVEY PROGRAH AND SPECIFICATIONS7.4 GEOLOGICAL SURVEY PROGRAH

8 THE GIANT HINE GRID8.1 EXPLORATION PROGRAH8.2 DETAILED PROPERTY GEOLOGY

8.2.1 GENERAL8.2.2 MINERALISATION

8.3 rrOCHEHISTRY8.4 GEOPHYSICS

8.4.1 VLF SURVEY8.4.2 HAGNETIC SURVEY

8.5 CONCLUSIONS8.6 RECOHHENDATIONS

9 GOLD ROCK EXTENSION9.1 GENERAL EXPLORATION PROGRAH9.2 GEOLOGY - (UPPER HANITOU LAKES)9.3 GEOCHEHISTRY9.4 GEOPHYSICS

9.4.1 VLF SURVEY9.4.2 HAGNETIC SURVEY

9.5 CONCLUSIONS9.6 RECOHHENDATIONS

10 QUEEN ALEXANDRA HINE

PAGE 3

10.1 EXPLORATION PROGRAM10.2 PROPERTY GEOLOGY10.3 GF.QCHEMISRY10.4 GEOPHYSICS10.5 CONCLUSIONS10.6 RECOMMENDATIONS

11 THE GLASS REEF MINE11.1 EXPLORATION PROGRAM11.2 RECONNAISSANCE PROPERTY GEOLOGY11.3 GEOCHEMISTRY11.4 GEOPHYSICS11.5 CONCLUSIONS11.6 RECOMMENDATIONS

12 CERTIFICATES OF QUALIFICATIONS

13 REFERENCES

PAGE 4

APPENDICES

APPENDIX A

APPENDIX B

APPENDIX C

APPENDIX D

APPENDIX E

APPENDIX F

APPENDIX G

APPENDIX H

APPENDIX I

APPENDIX J

ASSESSHENT SPECIFICATIONS(1) MANITOU LAKES PROJECT(2) GIANT HINE GRID(3) GOLD ROCK EXTENSION GRID -GUFEN ALEXANDRA(4) LEUILLF.R ISLAND(5) GLASS REEF

CLAIM DISPOSITIONS(1) GIANT HINE(2) LEUILLER ISLAND(3) GOLD ROCK EXTENSION .QUEEN ALEXANDRA(4) GLASS BAY

SAMPLE PREPARATION AND CONTROL

CERTIFICATES AND LISTINGS -SOIL GEOCHEMISTRY-ROCK ASSAYS

STATISTICAL CALCULATIONS

DATA LISTINGS - GIANT MINE

DATA LISTINGS - GOLD ROCK EXTENSION

DATA LISTINGS - QUEEN ALEXANDRA MINE

DATA LISTINGS - GLASS REEF MINE

GEOPHYSICAL SPECIFICATION LISTINGS

PAGE 5

LIST OF HAPS

MAP 1 GIANT MINE - GEOLOGY

MAP 2 ' - COMPOSITE INTERPRETATION

MAP 3 ' - ARSENIC MAP

MAP 4 ' - MERCURY MAP

MAP 5 ' - SILVER MAP

MAP 6 ' - VLF PROFILES WITH GOLD GEOCHEMISTRY

MAP 7 ' - MAGNETIC MAP

MAP 8 GOLD ROCK AREA - GEOLOGY / COMPOSITE MAP-

MAP 9 ' - GEOCHEMISTRY

MAP 10 ' - VLF PROFILES

MAP 11 ' - MAGNETIC - LEUILI.ER ISLAND

MAP 12 QUEEN ALEXANDRA - GEOLOGY / COMPOSITE MAP

MAP 13 ' - GEOCHEMISTRY

HAP 14 ' - VLF PROFILES

MAP 15 ' - MAGNETIC MAP

MAP 16 GLASS REEF MINE - GEOLOGY / COMPOSITE

MAP 17 ' - ARSENIC

MAP 18 ' - MERCURY

MAP 19 ' - ANTIMONY / SILVER

MAP 20 ' - VLF PROFILES

MAP 21 ' - MAGNF.T1C MAP

CHAPTER 1

INTRODUCTION

Cochrane Oil and Gas Limited has acauired 239 miners! claims approximately 30 miles south of Dryden» Ontario, These claias hske four contiguous blocks,

These claims were originally acauired to cover favourable metasedimentary and metavolcanic trends capable of hosting traditional vein type deposits typi cal to the area as well as geological targets capable of hosting larger strata- bound types of deposits. This ares along the Manitou Straits Fault covers sev eral former gold prospects south of the old Gold Rock mining centre and numerous conductors defined by the recently flown TRITO survey (1980),

These claims are surrounded by a several hundred claims which were predomi nately staked after the Cochrane ground acauisition program of March 1983, There is little additional open ground in the vicinity of the Cochrane claims, At the reouest of Cochrane Oil and Gas l.td» Nolin fieo (Enterprises Ltd, conducted a summer and fall exploration program consisting of Magnetic?* VLF-EM» geochemical sampling and geological mapping with field work taking place from June 1983 to August 1983 and from September 1983 to October 1983,

In order to present the results of the exploration program in a more con cise form the property was divided into four report areas* covering four contig uous blocks of claiins, This report is divided into four sections and covers the following areas!

Giant Mine Grid - a contiguous block of 14 claimsGold Rock Extension Grids consisting of two blocks of contiguous claims

with the Leuilier block containing 12 claims and the eastern section of the Gold Rock extension covering 44 claims,

The Queen Alexander block to the South consists of 92 contiguous claims and for assessment purposes is considered to be contiguous with the Gold Rock Extension grid,

Glass Bay Mine Grid consisting of 77 claims

The claims are outlined on the enclosed composite IISPS for each report area,

Significant geochemical and geophysical anomalies as well as gold sample assay values were obtained from several areas of this IsrSe property,

The most exciting results were obtained near the old Giant Mine Property,

GENERAL LOCATIONAND

REGIONAL GEOLOGY

CHAPTER 2

PROPERTY DESCRIPTION AND ACCESS

This property is in the Upper Manitou Lake map sheet (NTS 52F-7)» in the Kenora Mining Map Division and is located in the Boyer Lake* Harper Lake and Meggissi Lake and Lower Manitou claim sheets* The general location is shown in Figure 1 and the claims are detailed and outlined on the enclosed Composite Maps one of which is enclosed for each of the survey areas.

The area is generally of rugged terrain* timbered with spruce* balsam* po plar and birch with the topography characterized by east-west fault controlled ridges occasionally separated by swsmpy gullies. In general* outcrop is plenti ful and soil development is poor in horizons other than the *A' horizon.

There are at present no roads that provide easy access into the area.

The Giant section of the Property consists of 14 contiguous claims and is on the south shore of Mosher Ba»» 26 idles south of Dryden* Ontario (Figure 2). Highway 812 from Dr«den to Fort Francis crosses Rattlesnake Creek* approximately a Bile and a half east of Mosher Bay. Csnoe access is possible with three por tages along Rattlesnake Creek or by foot along a rough trail following the creek* Access is also possible by float or ski plane or by a rough 4>:4 Wheel Drive or skidoo road to the former town of Gold Rock approximately four miles north of the property thon down North Manitou Lake to Mosher Bay.

The Gold Rock Extention section of the Property consist of two blocks of claims* the NW portion is a group of 12 contiguous claims covering Leuiller Is land in Upper Manitou Lake and the eastern portion consists of a group of 44 contiguous claims covering Manitou Straits* the eastern shore of Manitou Straits and the SE shore of Trafalgar Bay (Figure 3). All have the same access as the Giant area.

The Queen Alexandra sections of the property consists of 92 contiguous cla ims and covers the ares east and west over the Manitou Straits between Upper and Lower Manitou Lakes. Access was from either Cedar Narrows as was the Glass Bay area or from Gold Rock and Mosher Bay* the same as for the Giant area.

The Glass Reef section of the Property on the shore of Lower Manitou Lake covers the general area from Beaverhead Island in the north to Holcraft Lake in the south east (Figure 5). It consists of 77 contiguous claims and is approxi mately 35 miles south of Dryden Access to the property is by motor vehicle to

INTRODUCTION PARE 1-2

The property is east of the Hanitou Straits fault and south of the Mosher Bay-WasheibemaSa Lake fault and is predominately underlain by metasedinientsry rocks* A major shear zone runs east-west through the old Giant Mine workings. Channel samples on ouartz viens in old trenches reconfirnied former reports of 0*6 oz/ton over significant widths from the old Giant Mine. These veins as well as several extensive Seochemical anomalies with co-incident conductors warrant further evaluation* The results and recommendations for each area are included in the subsections of this report.

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PROPERTY DESCRIPTION AND ACCESS PAGE 2-2

Cedar Narrows? which is about 55 ftiles south and 20 miles west of Braden and then by boat north 20 miles on the Hanitou stretch and Lower Manitou lake to Glass or Meridian Baa. Access is also possible b» float plane or in the winter by snowmobile or ski Plane*

Field work was carried out with the aid of two boats and a canoe* Access to the area was also ba float plane out of Dryden or boat trips north from Cedar Narrows* as well as portages on Rattlesnake Creek*

CHAPTER 3

HISTORY

3,1 PREVIOUS GEOLOGICAL WORK

The first geological survey of the Hanitou Lakes was undertaken b« William Mclnnes (1895»1896»1897) of the Geological Survey of Canada, Mclnnes maps (1902) show considerable detail within the west and central parts of the present nap area,

Geologists and inspectors of the Ontario Bureau of Mines made short visits to the mines and prospects of the hanitou Lakes Ares during the period froni about 1895 to 1913 when an active 'gold rush 1 was in progress, A»P»Coleman (1894»1896> snd A,L,Parsons (1911fl912) in the course of inspections for the bu- reauir itiade pertinent geological observations during this period, E,L,Bruce (1925) reported on mining developments in 1925 and on his own geological obser vations in the Manitou Lakes area.

The second geological survey covering the Manitou Lakes area was made in 1932 by Thomson (1933), Thomson returned to the Upper Manitou Lake in 1937 and reported on developments at Gold Rock (Thomson 1938), In 1936 F,J,PettiJohn (1937) while studying Archean sedimentation carried out geological mapping with in the present map-area at Hosher Pay and Uphill Lake, During the 1963 and 1968 field seasonsi A,H,Goodwin (1965*1970) carried out stratigraphic studies for the then Ontario Department of Mines? allied with systematic sampling of metavolcan- ic units over the Kenora -Fort Frances area snd included the Manitou Lakes in this work. Over the period of 1972-1982 C,E,Blackburn conducted geological sur veys over the following areas} 1972> Lower Manitou-Uphill Lakes ( Blackburn 1976)5 1973» Upper Manitou Lake (Blackburn 1979A)* 1974» 1975* Boyer Lake-Meggisi Lake (Blackburn 1979B)» Manitou Lakes Area (Blackburn 1982),

3,2 PROSPECTS

The first recorded work in the area began around 1896, In that year a small mill was constructed near the present town of Gold Rock and between 1895 snd 1912 reports by the Ontario Bureau of Mines show that at least 20 mines were

HISTORY PAGE 3-3

According to Carter (1905* p»51) the property was owned by the 'English syndicate' in 1904» There is no record of further work done on the property following that described by Carter*

The author visited the property in 1972i and could find only a small* bar ren pit* The pit is located within granitic rocks of the Carleton Lake Stock» close to the contact with mafic metavolcanics*

3,2,3 THE GLASS REEF MINE

The following description is taken from Blackburn 1976, 'According to Carter <1901»p 99) Location HW391 and 594 are situated on the east shore of Lower Mani- tou Laker south of Beaverhead Island,,,, The mine had been worked for over a year,,,, but on December 22*1900* after about two months mill testing of the rock from the nine workings? everything was closed down and no work has since been done. During the period of operation* a shaft was sunk 200 feet (60m) and a considerable amount of drifting and crosscutting was completed (Thomson 1933* p,25)* 22 ounces of gold were produced (Statistical Files* Ontario Division of Mines),

Carter (1901) described the deposit and underground developments{ The na ture of the deposit was described in a former report* it being a faulted and schistose area in a massive dark green trap dike* the schist carrying lenses of ouartz, The shaft was started down on one of these and though it pinched out at about 20 feet (6m) depth* sinking continued in the schist* and,,, the dike of trap explored thoroughly both by drifts and crosscuts* but with unsatisfactory results* for throughout all the drifts nothing but scattered lenses* and stringers of Quartz were found* seldom over a foot and a half (0,5m) wide* short and with no apparent continuity* and in the crosscuts nothing but trap,

Thomson (1933) Quoted the above description, During his own visit to the property he found? "»,»no surface exposure of the above-mentioned zone* and the timbers cover the rock in the shaft, However* from the nature of the broken rock on the dump it appears that the 'dike of trap' is a sheared Quart? porphyry containing a considerable amount of Quartz in the form of a stockwork of small veinlets, The Quartz contains a little tourmaline and carbonate with a trace of pyrite, Near the shaft the country rock is massive greenstone* but a large auartz porphyry dike is exposed to the northeast and the strike would carry it very close to the shaft, A grab sample of Quartz and schist selected from the material on the dump was assayed but contained no gold values, The author vi sited the mine in 1972* and substantiated most of Thomson's observations, However* the large porphyry dike was not found, A Quartz porphyry dike occuring to the northeast on the shore of Glass Bay had been offset by a north-northeast trending fault* and passes to the north of the shaft. Following closure of the mine in 1900* no further work appears to have been done at this property,'

In the vicinity of the mine The Canadian Nickel Company Limited (1971)* Daering Explorers Corporation Limited and Kerr Addison Mines Limited held ground

HISTORY PAGE 3-2

opened UP around the Manitou Lakes area. By 1912 mining in the area had practi cally ceased with the only three nines* the l.aurentian* Bis Master and Sakoose ever milling any appreciable amount of are. Accurate production records were not kept for their operations.

3.2.1 THE GIANT PROSPECT

The old Biant Prospect is located on the southeast shore of Mosher Bay and com- prised of Dining locations H.U.74 and H.U.75* to which was added in 1904* mining location H.W.185 adjoining to the east. Colenian described the showing in 1897 as follows! 'On Kosher Bay»..*.a bedded vein with no regular walls runs near a hilltop with a strike of about 65 degrees. The ctuartz with some rusty schist» all containing more or less gold* is seven or eight feet wide and retains the same character to the bottom of the pit 24 feet deep sunk upon it. The ore pans well and affords some rich specimens of free gold. Some ore taken by myself as says $6 per ton". Development work was done from 1897 to 1905 on the edge of the hill on an intermittent ctuartz vein that could be traced* according to Car ter (1902) several hundred feet along regional strike on locations H.U.74 and H.W.75. Visible gold was reported ba Carter who also reported ' ... a fair percentage of pyrite and chalcopyrite '. A number of pits and trenches were opened UP along the strike of the vein* and a shaft sunk on H.W.75 to a depth of 60 meters* with a level at 61.0 m. A second shaft on H.W.185 was early aban doned. An adit was also run into the side of the hill toward the shaft on H.U.75* it was 30 m in length? but no mention is nade of it reaching the shaft. Development appears to have been along a line oriented about 60 to 70 degrees east of north* over a distance of 180 m. The country rock is a sericitic schist developed in argillitic metasediments. Minor 1 cm. thick magnetite ironstone bands in sandstone and siltstone over aim wide outcrop are exposed at two lo calities along the strike from each other about 30 m south of the main prospect. Resampling the old workings verified the existence of gold values to 0.599oz/ton. Regan held the ground in 1974 and drilled two shallow holes by the bay and north of the old Giant workings. Neither holes encountered significant mineralisation.

3.2.2 THE QUEEN ALEXANDER MINE

The following description is taken from Blackburn 1976. "The following account is taken from Thomson <1933»p.27)J In 1904 a shaft was sunk 85 feet <25m) on a auartz vein located on claim H.W, 270 on the eastern shore of Carleton lake...18 tons of ore were treated in a small stamp mill erected on the proper ty* and this produced $16.00 per ton in gold.

Very little can be seen now at the shaft. There is no vein exposed. The rock dump consist of chlorite schist with small lenses of auart?.» both of which carry a little pyrite. A grab sample of this material assayed $1.80 per ton in gold. The country rock is an andesite schist cut by granitic dikes.

HISTORY PAGE 3-4

in the area* Thea carried out ground Geophysics! surveys which indicated the presence of both ground conductors and aagnetic anonalies* A Canadian Nickel diamond drill hole indicated the presence of nassive sulphides but no record of any gold analysis is available. The nearby Gaffney and Bee Hive prospects have Sold associated with tiiassive sulphides

CHAPTER 5

GENERAL GEOLOGY

The general geology is msinly taken from reports by Blackburn who conducted sev- erel very thorough studies in the area. These studies ere covered in sever?! Ontsrio Department of Mines publications referenced b« this report* The itisin structural feature is the Manitou Straits Fault which trends diagonally northe ast-southwest through the report area.

The report area includes the west and central part of the Manitou Strait Lakes metavolc3nic-met3sediment3ry belt. The Early Precambrian rock succession consists of a number of thick volcanic seauences? consisting of mafic to felsic flow snd pyroclsstic rocks snd minor clastic and chemical sedimentary rock. Hsfic to felsic rocks of batholitic stock and sill-like form intrudes these su- prscrustsl sequences st various levels.

The Early Precsmbrisn netsvolcanics? metssediments 3nd subvolcsnic intru sive rocks Blackburn assigned to seven groups. Four of these groups are southe ast of the Hanitou Strait Fault* snd three a re northwest of it. In ascending structural order* the former are as follows. The Uapageisi Lake group comprises a thick? lower subgroup of tholeiitic basalt with komatitic trend and upward psssage from magnesium to Fe-rich? an overlying mixed pyroclestic- epiclastic-msfic volcsnic form3tion> and an upper mafic volcanic formation. The Hanitou group comprises a lower calc-alkaline? dscite to sndesitic pyroclastic formstion intruded by a subvolcenic cslc-alkaline dacite porphyry body? an over lying marginally alkalic trachybasaltic volcanic formation and associated sill&r the two upper epiclastic formstions. The Stormy Lake group* 3 Istersl enuiva- lent of the hsnitou group? is a heterogeneous assemblage of calc-alkaline snde- sitic to dacite pyroclastic and epiclastic rocks? and has been intruded by a subvolcanic calc-slkaline dscite to rhyolitic porphyry body. The Boyer Lake group comprises predominantly tholeiitic Fe-rich basalt flows? with minor cslc-slkaline dacite? intruded by mafic and ultramafic sills and sill-like bo dies. The Uapageisi Lake group is overlain conformably by the Manitou and Stor my Lake groups? the Boyer Lake group structurally overlies the Manitou and Stormy Lake groups along the Kosher Bsy-Ussheibemsga Lake Fault.

The three groups northwest of the major fault are as follows? in ascending structural and conformable stratigrsphic order. The Blanchsrd Lake group com prises predominantly tholeiitic Fe-rich basalt flows. The Upper Hsnitou Lake group is 3 heterogeneous assemblage of calc-slksline granodiorite to auartz di- oritic porphyry body. The Pincher Lake group comprises seven formations which

CHAPTER 4

LAND STATUS

A total of 239 claims were staked b« Geotest Corporation in March 1983 on behalf of Sennol Resources Limited. Sennol Resources Limited optioned a majority in terest in the property to Cochrane Oil and Gas Ltd. who now hold title to the claims. The location of this property is shown on the enclosed composite maps and a list of the claims and anniversary dates covered in this report are in cluded as APPENDIX 'B'» A seperate breakdown of assessment dsws snd expenses for each of its four contiguous blocks is included as APPENDIX "A*.

GENERAL GEOLOGY PAGE 5-2

are composed alternately of mafic flows and intermediate pyroclastics, The group also includes 3 tholeiitic to calc-alkaline* Fe-rich basaltic to rhyolitic sub-group that is laterally eoulivalent to these seven formations* and 3 gabbro body that is probably subvolcanic.

Correlation is made across the Hanitou Straits Fault between the Wapageisi Lake and Blanchsrd Lake groups? and between the Manitou and Upper Hanitou Lake groups* but not between the Boyer Lake and Pincher Lake group. The Hosher Bay-Uaheiberoaga is a thrust fault along which the Boyer Lake group has been en- placed above the Hanitou group*

Stratigraphic units northwest of the Hanitou Straits Faults are tightly folded about the Msnitou Anticline. Southeast of the Hanitou Strsit Fault* stratislraphic units south of the Hosher Bay-Uasheibemaga Lake Fault face homo- clinally north* whereas the Boyer Lake group is folded about the Kamanatogama Lake Syncline*

Gold mineralization has been interpreted for the most part to be epigenetic and to have been generated by metanorphic secretion from mafic volcanic rocks and felsic subvolcanic bodies during epizonal intrusion and tertonisuit The pos sibility exists that syngenetic or remobilised syngenetic mineral deposition or starta-controlled and localised mineralisation may co-exist with the tradation?! vein type mineralisation in this area.

TABLE 1

Lithologic Units For The Hanitou Lakes Area C*E,BLACKBURN(19BO)

CENOZOIC Quaternary

Pleistocene and RecentClay* sand* gravel* boulders? muck.

Unconformity

HIBDLE TO LATE PRECAHBRIAN ( PROTEROZOIC ) Hafic intrusice rocks

Diabase*Intrusive contact

EARLY PRECAHBRIAN ( Archean ) Post tectonic intrusive rocks

Felsic Plutonic rocksPorphyritic* seriate and eouigranular hornblende-biotite granodiorite and auartz monzonite? pegmatite* aplite*

Intrusive and Gradational Contact Intermediate Plutonic Rocks

GENERAL GEOLOGY PAGE 5-3

Hornblende monzonite* hornblende dioriie and syenodiorite.Intrusive contact

Late Tectonic Intrusive Rocks Felsic Plutonic Rocks

Eouigrsnular* seriate snd porphyritic biotite Quartz monzonite and granodioritef auartz monzonite and granodiorite gneiss* pegmatite* aplite.

Intrusive and Gradational contact

Intermediate Plutonic RocksHornblende and biotite-hornblende diorite and ctuartz diorite

Intrusive contact

Early Tectonic Intusive Rocks Felsic Plutonic Rocks

Hornblende-biotite otuartz monzonite and granodiorite* auartz nonzonite and Sranodiorite SneissJ fine grained granitic rockJ peg»atite> Bplite.

Intrusive contact

Early to Late Tectonic Intrusive Rocks Felsic Hupabysssl Rocks

Quartz-feldspar and feldspar-Quartz porphyraJ felsite* granophyre and granitic rocks sericitized and sheared felsic hypabyssal rocks? carbonatized felsic hypabyssal rocks» aplite*

Intrusive contact

Intermediate Hypabyssal RocksMicrogranodiorite and micro auartz diorite porphyry.

Intrusive contact

Metamorphosed Mafic and Ultranafic Intrusive Rocks

Gabbroi troctolitic gabbrot diabase* pyroxenite and pyroxenitegabbro» peridotite* la»prophv*re» sranophyre*

Intrusive contact

METASEDIMENTS Chemical hetasediments

Magnetite ironstone} chert*

Clastic SedimentsConglomerate* sandstone* mudstoneJ sericite schist*

METAVOLCANICS Alkaline Mafic Volcanics

Hornblende-feldspar phyric flows* amygdaloidal flows* volcanic breccia.

GENERAL GEOLOGY PAGE 5-4

Subalkalic Felsic MetavolcanicsTuff? lapilli-tuffj tuff-breccia? flows? Quartz-feldspar porphyry? sericite-chlorite schist*

Subaksline Iniemediate MetavolcsnicsTuff» lapilli-tuff* tuff-brecciaf ouartz-feldspsr-biotite schist and sneissi chlorite-sericite schist*

Subalkaline Hafic HetavolcanicsKediun to fine trained flows? coarse drained flows( Sabbroic)} pillowed flows} plsaioclase-pharic flowsf f-lsSioclase-Phyric pillowed flows? sutoclsstic breccia? plasiioclase-phyric coarse strained flows? am^daloidal flows? variolitic flows? amphibolite* aiiphibolitic Rii^matitet chloritic schist? cprbonatized flows? tuff» lapilli-tuff? tuff-breccia,

CHAPTER 6

AIRBORNE GEOPHYSICS

A regional airborne geophysical survey was carried out over the Hanitou - Stormy Lakes area by Ontario Department of Mines in 1980,

The system used was the TRIDEM system operated by KentinS Earth Sciences) Ottawa in a Canso aircraft* The survey is normally carried out with a mean ground clearance of 150 feet and the results as shown on the published maps show a large amount of detail»

There are known massive sulphides in the area and these should be located by this type of survey. The TRIDEM system has shown the ability to map struc tures in this type of geological environment* and is therefore considered to be an excellent mapping tool*

The magnetic results obtained during the airborne survey are excellent as the flying elevation is sufficient to considerably reduce the near surface ef fects but be close enough to provide high resolution.

The published airborne survey data was used to carry out a basic interpre tation of the TRIDEH and magnetic data prior to the survey and ground survey grids were planned over the better rated anomalies.

CHAPTER 7

EXPLORATION PROGRAM

These surveys were designed to obtain as much geological information as possible over four large survey areas extending for twenty five miles in rugged terrain along the Manitou Straits fault. Areas with known Gold Generalisation received more detailed exploration* On all grids new trends* structures and anomalies were found which warrant further exploration* The general programs are des cribed below and 4 specific detailed subreports are included as part of this re port*

7,1 MAGNETIC SURVEY PROGRAM AND SPECIFICATIONS

A Geometries G-816 proton precession magnetometer was used for the survey and a technical specification sheet is included in APPENDIX J»

Readings were normally taken along the survey lines in a series of loops closed to established base stations and corrected for drift and base level in the normal manner. Normally all survey work was carried out with the sensor on the staff producing a repeatability of 1 to 2 gammas* Station spacing* were normally at 25 meter intervals along the survey lines*

Field values were plotted as final corrected total field readings* The readings in general show considerable variation due to the local geology and are not contoured in the normal manner but are colour coded based on amplitude. Some of the more regional survey data has also been profiled.

7.2 ELECTROMAGNETIC SURVEY (VLF) - PROGRAM AND SPECIFICATIONS

A Geonics EM-16 unit was used for the survey and a technical specification sheet is included in APPENDIX J.

The vLF station at Cutler Maine was used although as it was approximately on strike with the general Northwest trending structures in this area* Many more southerly trending structures reouire further detailing with a mobile transmitter type EM system such as the Crone Shootback system (CEM)» Geonics EM-16 units were used with dip angle and gradrature reading being taken at every

EXPLORATION PROGRAM PABE 7-2

station. All readings were presented as stacked profiles perpendicular to the survea line direction. The VI.F conductors are marked on the interpretation maps.

7.3 GEOCHEMICAL SURVEY PROGRAM AND SPECIFICATIONS

*A" horizon huitiic geochemical saniples were Generally taken on the above des cribed grids* A total of 687 samples were collected. SaniPles were taken with seolosiu hammers and portable shovels and standard kraft sample bags were filled as full as possible.

The purpose of the regional reconnaissance geochemical sampling survey over the grids was to locate and define specific gold anomalies or targets and to lo cate pathfinder elements either on or related to favorable geological structures and rock types.

Samples were sent to Barringer Magenta Limited Labs in Calgary for their "GOLD PRINT 1 analysis by atomic absorption spectrophotometry with element detec tion levels of!

Au - 5 ppbAs - .2 PPI»Ag - ,2 PPB!Hg - 5 ppbSb, - ,2 ppb

A total of 109 rock samples were taken on rock outcrop which had potential for gold mineralisation. These samples were assayed for gold or were subjected to gold geochemical atomic absorption analysis by Barringer.

All geochemical results are included as APPENDIX D.

7.4 GEOLOGY SURVEY PROGRAM

Detailed geological mapping at a scale of 122000 was done on the Giant grid on lines normally 100 meters apart.

Reconnaissance geology was done on the other three areas at 1.5000

CHAPTER 8

THE GIANT MINE GRID (HOSHER BAY)

8,1 EXPLORATION PROGRAH

The location of the survey sres relative to the airborne TRIDEM survey is shown in Figure 6»

A few weak TRIBEM conductors are located over the property and were planned to be covered by the ground survey. Interpretation of the airborne magnetic data suggests that there a number of north-south or northwest-southeast trending faults as indicated on Figure 6, Some of these may not be detected by the ground VLF survey due to the trensoiitter orientation,

A strong east-west trending magnetic anomaly may be due to iron formation which has been mapped locally,

The property was gridded with north-south lines spaced 100 meters apart with stations spaced at 25 meter intervals, At each station an 'A* horizon geo- chemical sample was collected and magnetic and vlF-EM readings were taken and recorded, These lines were run using hip chain and compass, The lines were flagged and blazed and a base line was cut and picketed, All station? were flagged and labelled and cover the entire claim block, A total of 725 samples were collected of which 366 were analysed and approximately 20 kms, of line was run.

Concurrent with the geophysics and geochemistry a coincident detailed geo logical mapping program was carried out at the 1J2000 scale. These surveys pro vided the basis for further exploration and development on the property and out lined several significant geological trends? structures and anomalies with high grade gold values,

AIRBORNE SURVEY - -\ TRIDEM AND MAGNETIC

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THE GIANT HINE GRID (MOSHER BAY) PAGE 8-2

8.2 GIANT DETAILED PROPERTY GEOLOGY (Hap 1)

The property is underlain ba a thick Archean seauence of clastic sediments depo sited upon a volcanic basin floor. Porphyritic andesitic flows with associated volcanic breccia are exposed in the southeastern portion of the grid. These are presumed to be the oldest lithologies present. Clastic marine sedinents con sisting of greywache» siltstones» conglomerates* sandstones and argillites with minor interlasered oxide facies banded iron formation conformably overlie the volcsnics.

Post depositions! tectonism has tilted the generally northeast trending rock units so thst they are now nearly vertical or dipping steeply to the north. Metamorphism and deformation implanted a penetrative foliation to all litholo- gies within the volcanic-sedimentary complex* Shearing* mostly confined to the finely grained clastic sediments* resulted in highly schistose metaeouivalents to the original lithologies.

Porphyritic granitoid stocks and dikes crosscut both volcanics and sedi ments and parallel foliation. Late stage ouartz veins occupy various dilation zones within the highly sheared portions of the sediments and as well as various small fractures within the less deformed sedimentary lithologies.

The foregoing description is summarized in the Table of Formations as fol lows*.

TABLE 2

TABLE OF FORMATIONS

EON LITHOLOGIES

P Quartz and Quartz-feldspar porphyryR A Quartz and calcite veinsE RC C INTRUSIVE CONTACTA HM E Greywacke-siltstone Quartz-biotite schist-B A Polymitic conglomerate schisti Quartz-sericite-R N Sandstone* Argillite chlorite schistI banded iron fm.AN CONFORMABLE CONTACT

Andesite* volcanic breccia

THE GIANT MINE GRID (KOSHER BAY) PAGE 8-3

Volcanics of andesitic to basaltic composition (based upon color index) outcrop in the southeastern portion of the grid. Characteristic fine grained massive dark green to black andesite with 15% amphibolite phenocrysts to 5m.m. in size typify the flows* Blocks fracture is common* Volcanic breccia composed of su- bangular to subrounded andesite fragments randomly scattered throughout massive fine grained non-porphsritic dark green andesite grades into the overlying por- phyritic flows* The volcanics are apparently conformably overlain by a thick sedimentary package which predominates the geology of the claimed area.

Greywache-siItstone composed of very fine grained sediment directly over lies the volcanics* This material* likely representative of the initial volcan- ically derived basin infill? grades upward (to the northwest) through somewhat increased ouartz and feldspar content (lighter color index) and occasional in clusions of ouartz and chert pebbles into arkosic silt and sandstone and pebble conglomerate*

Polymictic pebble to boulder conglomerate forming a thick coarsely clastic wedge underlies the west-central portion of the grid* Weakly layered* moderate ly well sorted* variable matrix and clast supported* sub to well rounded pebbles through boulders of granitoid* chert* Jasper and occasionally andesitic litholo- gies are set in a sandstone with minor siltstone matrix* The matrix grades com- positionally from wacke to arkose* Massive* fine to medium grained* ouartzo- feldspathic sandstones and siltstones are interlayered with and surround the conglomerate wedge in three directions. The finer elastics are coeval with the arkosic conglomerate matrix. Silts predominate in the north and east with some minor inclusion of mafic sediment noted variably throughout*

Continued clastic fining takes place toward the northeast part of the grid with arkosic siltstone and very fine grained* well laminated* grey and black ar- gillites exposed along the shore of Hosher Bay. Quiescent* relatively shallow sedimentation is represented by thin bands of magnetite iron formation (oxide facies) mapped in the central portion of the grid and reported to occur within the eastern sector of the area.

A minimum thickness of two meters is observed on Line 110E. Regional meta- morphism has elevated the entire volcanic sedimentary package to at least the lower greenschist facies and imparted a penetrative foliation to the finer gra ined lithologies in the form of platey mineral alignment*

Intense shearing along a broad east-northeast trending zone located in the central portion of the grid resulted in the formation of the meta-ectuivalents of the deformed fine grained sediments* Very fine to fine grained oiuartz-biotite-chlorite schist* ouartz-sericite schist and ouartz-sericite- chlorite schist typify the shear zone.

Felsic intrusives and their meta-eouivalents* coarse to medium grained Quartz and K-feldspars* cut the stratiform units. The porphyry is typically composed of70-80% K-spar and Albite 10-15% Quartz

THE GIANT MINE GRID (MOSHER BAY) PAGE 8-4

10% Bioiiie5% AmphiboliteThere are occasional scattered fine euhedral pyrite crystals along contacts withintrusive dikes parallel to foliation.

Massive white Quartz veins of variable thickness from one meter to 5m.m. occur with the dilatant zones parallel to schistocity in the main shear zone and in fracture cleavages generally throughout the volcanic sedimentary complex.

8.2.1 MINERALIZATION

Gold bearing ciuartz and calcite veins parallel schistocity for over 1000 meters within the maJor shear zone. Exploration and significant development dating fron the 1890's was targeted on the mineralized veins. Two shafts* approxima- tella 1000 feet apart* an adit and numerous trenches are shown on the accompany ing nap. Reported gold values from these workings assayed over 0.6 oz/ton.

The ouartz/calcite veins vary in thickness from approximately 2.4 meters to a few millimeters. Lateral and vertical continuity is unproven but is implied by the 60 meter depth attained by the easternmost shaft and the occurance of ouartz vein Fly Rock in many of the trenches. Crude zoning with calcite margins in ouartz veins and localized veins were also noted.

Definitive channel sampling was completed on trench 102+88N* 117+22E. Gold assays ran 0.599 oz/ton and 0.508 oz/ton over two parallel Quartz veins each 0.8 meters wide. These veins were separated by 1.0 meters of Quartz-sericite schist which assayed 0.017 oz/ton. A one meter sample of footwall rock was assayed and ran 0.019 oz/ton - Figure 10. A grab sample in the vicinity of 117E assayed 0.155 oz/ton - Figure 11. Due to the deteriated condition of most of the old workings generally precluded proper sampling at this time* however* numerous random grab samples of loose Quartz vein material around many of the trenches and in situ highly sheared pyrite bearing Quartz were taken. Sericite schist was also assayed for gold content.

Map units varied considerably as mentioned above* the highly sheared ouartz sericite schist within the main shear zone had a pyrite content normally in the range of l-2%i occasionally running as high as 15X.

Regan (1974) drilled two holes on the property near the edge of the lake but these could not be located. The approximate locations are shown on the Com posite Map and it is obvious that the holes were not near any of the mine work ings.

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THE GIANT HINE GRID (MOSHER BAY) PAGE 8-5

8,3 GEOCHEMISTRY

A toisl of 725 'A 1 horizon soil samples were taken* Of these 366 were initially analysed as described above. Geochendcal statistical analysis were run for ar senic and mercury* The mean and standard deviation were calculated.

The arid over the Giant claims defined a number of very significant anomal ies some of which are related to (1) Gold mineralisation (2) geology (3) geophy sical anomalies,

Antimony (Sb) results showed very little variation with only 5 samples above the minimum detection level, These values have not been plotted but are included with the listings in APPENDIX F*

Silver (Ag) results showed some variation above the minimum detection level and do show some correlation with arsenic and VLF anomalies, The values have been posted on Map 5 with only values greater than 0,2ppm presented,

Gold (Au) results showed 67 values above the minimum detection level of 5ppb, Values of IQppb or greater were obtained at 7 locations with a maximum value of 140ppb» The gold values have been plotted on the VLF map (Map 6),

Arsenic (As) results have been posted and contoured (Map 3), Statistical analysis showed a mean of l,97ppm and a standard deviation of 2»»08ppm» These values were used to colour code the posting and contouring with values below 2ppb in black» mean plus one standard devation (2- 4ppb) in green and blue with all values greater than 4ppb in red,

Mercury (Hg) results have been posted and contoured (Map 4), Statistical analysis showed a mean of 135,4ppb and a standard deviation of 56,6ppb, These values have also been posted and contoured on the following basis - less thsn 135ppb in black» 135-195 in green and blue with values greater than 195 in red,

In general arsenic appears to be the best pathfinder element in this area, Anomalies are closely rested to the major shear zone or to VLF conductors, Mercury is widespread and apparently often associated with swamps,

8,4 GEOPHYSICS

The TRIDEM survey over the property is shown in Figure 6, The results showed a linear east-west magnetic anomaly which may be related to iron .formation, The electromagnetic data shows a conductor which was interpreted to be a bedrock source and not an overburden effect, A number of faults have been interpreted as indicated on the basis of the aeromagnetic results, The survey grid was ori entated with an east-west baseline in order to locate the TRIDEM conductor as well as cover the area of the old mine workings,

The results of the ground geophysical surveys are described as follows!

THE GIANT MINE GRID (KOSHER BAY) PAGE 8-6

8,4,1 VLF SURVEY

The VLF response is typical of the surveys throughout the Msnitou Lakes ares. The dip angles are very large and can show considerable variation over short distances which can make the data look very noisy and of poor Quality but field checking at intermediate stations confirms that the data is in fact correct. The response is characteristic of multiple fractures with little Basking effect from overburden.

The results show a large number of interpreted conductors which have been indicated on the Composite Interpretation map (Map 2). The source of the ano malies is probably froii a number of shear zones parallel to the main shear napped through the old mine workings. There is no definitive anomaly associated with the mine locations although a very strong anomaly is directly related to the mapped shear zone to the west - Lines 100 to 104, It would appear that east of Line 104 the BIBin shear zone has been displaced to the north by a cross fault interpreted from the airborne survey and any original conductivity has been lost by some form of fracture infilling. This may have had some relationship to the gold emplacement locally.

A number of north-south faults have been mapped on the regional geology as well as interpreted from the airborne survey. The limited choice of VLF transmitter stations combined with the property location make it impossible to locate these faults with the VI.F method unless a portable ground station were used.

8,4.2 MAGNETIC SURVEY

The magnetic results (Map 7) show a general high and considerable variation over the mapped shear zone. A mapped narrow band of iron may be the source of the anomaly if it continues across the grid area. The area at the north-east part of the grid is considerably lower than the rest of the property and may indicate a change in geology although nothing is obvious on the geological mapping,

8,5 CONCLUSIONS

Geological mapping has shown the property to be underlain by a thick Archean se- nuence of clastic sediments deposited conformably upon an intermediate to felsic volcanic basin floor, A major continuous shear zone related to post-depositional deformation within the finer grained sedimentary facies strikes east-northeastwards through the central portion of the grid. Gold min eralization appears to be related to otuartz/calcite veins and possible vein stockworks parallel to foliation within the major shear zone, Previous explora tion and development of the mineralized veins dates back to the 1890's with the opening of the two shafts* an adit and numerous trenches,

THE GIANT HINE GRID (MOSHER BAY) PAGE 8-7

The present deteriorated condition of the workings preclude definitive sam pling without significant rehabilitation of the openins*

Channel samples across two ouartz veins exposed in a trench immediately east of Line 117E ran UP to 0.599 oz/ton»

Significant geochemical and geophysical anomalies cover a large area through the shear zone and into adjacent metasedimentary rock.

The subject claims? acouired in 1983* do not properly tie onto the one valid competitor claim integral to the block thereby creating a fraction of open ground*

6.6 RECOMMENTATIQNS

Continued exploration is warranted on property as Justified by the presence of significant gold mineralization. The recommendations are as follows*

i) analysis* plotting and evaluation of the regaining 359 unanalysedsamples

ii) a program of Max-Min or CEM used to verify VLFconductors with associated Geochemicsl anomalies. Areas are shown on the Composite Interpretation map on a priority basis,

iii) a comprehensive diamond drill program to test lateral i vertical and grade continuity of known surface andunderground gold bearing ouartz/calcite veins as well as Detailed priority targets outlined in paragraph ii)

iv) Contingent on results of this work consideration should be given to reblastingf mucking and sampling the existing trenches and workings Consideration should be given to using a back-hoe for this operation. Additional trenching and stripping should be done over additional prospective areas.

v) A detailed induced polarization survey should be considered for next summer over the major shear zone and adjacent metasediments in order to possible define sulphide occurences and prospective geology.

vi) The claim disposition of both the subject claims and competitor property should be ascertained by survey and every effort made to acouire the undivided ridges to the existing fractions. In addition? consideration should also be given to entering into an option agreement in the competitor ground to enhance the present property position.

CHAPTER 9

GOLD ROCK EXTENSION

9,1 GENERAL EXPLORATION PROGRAM

The location of the property relative to the airborne TRIDEM survey is shown in FiSure 7* A nuniber of strong conductors were located by the survey and consi dered worth locating on the ground*

Linear magnetic trends are probably due to different rock types along the Manitou Fault with the strong high over Leuiller Island possibly due to an in trusive*

The three main land sections of the property were gridded with 22 reconna issance lines generally run perpendicular to structure at 312 degrees with a ge ophysical station spacing at 25 meter intervals* VLF readings were taken at all stations* (Map 10)» with magnetic survey restricted to Leuiller Island* (Map ID* Line locations were selected to define the airborne anomalies* A total of 87 'A' horizon geochenical sanples were taken of which 61 were assayed? (Map 9)* These lines were run using hip chain and compass* the lines were flagged and stations were flagged and labelled* Reconnaissance geology was done along grid ded lines* (Map 8)* Over 5 kilometers of line was run and 210 stations were co vered by geophysics and geochemical sampling*

9,2 GEOLOGY (UPPER MANITOU LAKES)

This property is on the NU side of a major fault zone* the Manitou Straits Fault which strikes NE» The Archean Stratigraphic seauence is from predominately older mafic netavolcanics to younger predominately pyroclastic rocks intermedi ate to felsic with some intermediate subalkalic felsic flows* Mafic and felsic volcanics were often interbedded* Ultra mafic gabbroic type rocks outcrop on the southern tip of Leuiller Island and later intrusive etuartz feldspar porphyry dikes are present throughout the area*

The rocks are generally metamorphosed to the Greenschist facies with local more chlorite rich assemblages probably caused by retrograde metamorphisni due to

AIRBORNE SURVEY TRIDEM AND MAGNETIC

GOLD ROCK EXTENSION AREAI

GOLD ROCK EXTENSION PAGE 9-2

shearing and faulting Chlorite-sercite types of schist is abundant in the center portion of the grid close to the Manitou Straits fault or crossing faults striking in a generraly northerly direction. The regional strike of both bed ding and foliation is generaly to the NE and dipping steeply to the east. The area is cut by numerous cross cutting faults striking from NU to N»

This geology is very similar to the geology to the immediate south which hosts the Swedeboys Prospect as well as that to the north where numerous Gold Rock mineral prospects are located. Sulphides have been noted on several por tions of the property and ouartz veins sampled near favourable geological gold depositional environments have yeilded values to 0.051* (Hap 8) on the southern tip of Leuiller Island near mafic intrusive rocks and structure as well as 0«044oz/ton gold near the southern shore of Trafalgar Bay* (Figure 12)* in fel- sic to intermediate facies rock near the contact with more mafic flow type vol- csnics.

9.3 GEOCHEMISTRY

The geochemical results are presented as a posted map of Antimony* Arsenic* Mer cury and Silver in a clockwise direction around the sample point* (Map 9). The values are colour coded to enhance the higher values. Arsenic and mercury are colour coded on the same basis as the plots for the Giant property. Antimony and silver are plotted on the basis of 0-0.2 in black* 0.2-0.4 in green* 0.4-0.6 in blue with greater than 0.6 in red. The limited number and distribution of samples eliminated any possibility of meaningful statistics or contouring of the data.

Gold values have not been presented as no values were obtained above the minimum measurement of 5ppb.

No regional trends are obvious from the data but local anomalies are in proximity to geophysical anomalies and do warrant further work.

Antimony and silver results do not show any anomalous values. Arsenic and mercury do show considerable variation and in many locations a similar corres ponding increase.

9.4 GEOPHYSICS

Grids were located over Leuiller Island* NE land area and southern peninsula. A number of TRIDEM conductors are located throughout the area but only one consi dered to be a major bedrock conductor.

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GOLD ROCK EXTENSION PAGE 9-3

9,4.1 VLF SURVEY

The interpreted conductors are located on the composite interpretation m3P» The date sgsin shows 3 characteristic highly variable character. The survey was restricted due to the amount of water and there are obvious indications of ano malies covered by water*

North-south faulting has been mapped throughout the ares which again cannot be detected by the VLF station orientation,

A major VLF response in the south-east part of the ares confirms a TRIDEM anomaly and is apparently directly related to the Manitou Fault,

9,4,2 MAGNETIC SURVEY

A Magnetic survey was carried out on Leuiller Island and the results are pre sented 35 M3P 11»

9,5 CONCLUSIONS

Due to the similarity in the geology between this area and the Gold Rock Camp ss well as significant gold mineralisation found with the limited amount of summer reconnaissance work and the presence of several key geophysical target areas with coincident geochemical anomalies the sres wsrrents further exploration.

9,6 RECOMMENDATIONS

In order to hold ground and further explore these 56 claims the following explo ration programme is recommended,

Ansly&is of all remaining soil samples,

A winter program of Line cutting end follow-up EM on priority rated target areas,

A program of reconnaissance VLF and magnetics over the large areas of this property covered with water to help understand the structure,

A follow-up program of shallow drilling on selected anomalies,

Staking of 2 additional claims to make one contiguous block of all claims in this report area,

Detail geological napping and sampling in the vicinity of the two described gold occurences,

CHAPTER 10

QUEEN ALEXANDRA MINE GRID

10,1 EXPLORATION PROGRAM

Because 0 very large portion of this property was covered by numerous bodies of water* this summer exploration took the form of 6 seperate grids with reconnais- saince lines run generally at 315 degrees and spaced between 100 meters and 250 meters apart across regional structure. These grids were placed over priority areas based on regional geology* aeroniagnetic and TRIDEM survey* (Figure 8), Station spacing was at 25 meter intervals, At alternate stations an "A" horizon geochenical sample was collected,These lines were run using hip chain and com pass* the lines were flagged and stations were flagged and labelled, Reconnaissance geology was done only on the gridded lines, Over 7 km of line was run* and 239 stations were covered by geophysics and sampling with 160 geo chenical samples analyzed as described in Geochemical survey specifications,

10,2 PROPERTY GEOLOGY (CARLETON LAKE AREA)

This property straddles a maJor fault zone* the Hanitou Straits Fault which crosses the property from SU to NE» Stratigraphic sequences on each side of the fault differ markedly, The Archean rocks on both sides of the fault show a gen eral evolutionary trend from older* predominately mafic metavolcanics to younger* predominately pytoclastic rocks of intermediate to felsic composition which although often interbanded with mafic flows were generally dominate on the- western side of the fault metasediments appear in the intermediate volcanics in the earlier section, The clastic metasedimerits were often hard to distinguish from pyroclastic rock types, The metasediments exhibited both massive and grad ed bedding and grade from fine to coarse grained sediments* as well es conglom erates, A few felsic dikes are located in the southwest portion of the property near the Carleton Lake Stock, The Carleton Lake ciuartz monzonite and felsic me- tavolcanic rocks in the southwest portion of the property may host additional mineralised ouartz veins similar to those at the old Queen Alexandra mine, In the north-east portion of the grid the metasediments and metavolcanics appear to be on strike and similar to those that host the old Giant mine, The regional strike of both bedding and foliation is generaly to the NE and dipping steeply

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AIRBORNE SURVEY TRIDEM AND MAGNETIC

QUEEN ALEXANDRA MINE AREA i rr "i:fi\

QUEEN ALEXANDRA MINE GRID PAGE 10-2

to the east. The rocks ere general« metamorphosed to the greenschist facies.

10,3 GEOCHEMISTRY

The geochenical results ere plotted es 3 single map in the manner described for th Gold Rock area. No Sold values were obtained in the soil survey as at Gold Rock, (Hap 13),

Arsenic appears to be the best trace element and only occasionally shows a direct correlation with mercury. The highest arsenic results obtained during the project were located on the northern grid* (280 PPHI)» with confirmation at nearby stations. This area has to be considered as a prime target for addition al work,

Several other areas are considered anomalous and priority areas have been marked on the Composite Hap» (Map 12)» based on the correlation with the geophy sical results,

10.4 GEOPHYSICS

The survey lines were again set out to locate TRIDEM conductors but the large amount of water on this property restricted the line locations,

A nuiiber of VLF conductors confirmed the airborne anomalies and in many cases are near mapped faults or contacts, A strong conductor is located near the peak arsenic anomaly* possibly close to an intersecting fault which would continue through Kosher Bay, The interpreted conductors have been marked on the Composite Map» (Map 12),

The magnetic results? (Map 15)» show considerable variation which is char acteristic of the rock types in the area, Very high values are probably due to iron formation but no definate trends are obvious, The data has been colour coded for posting and also provided as stacked profiles,

Conductors located near the mapped contact at the south end of the Carlton Lake stock have also been given a high priority rating,

10,5 CONCLUSIONS

Coincident geochemical and geophysical anomalies in several different types of geological environments which host various genetically different deposits wer- rent further evaluation,

QUEEN ALEXANDRA HINE GRID PAGE 10-3

10,6 RECOMMENDATIONS

The remaining soil samples should be analysed to verify and further define sno- nalies.

Detailing of the VLF anomalies over the priority areas as indicated on theComposite Map and* if possible* to continue the extension of the conductorsacross water covered areas by an on ice survey.

Shallow drilling of detailed anomalies to establish the sources and in order to hold the large block of claims.

CHAPTER 11

THE GLASS REEF MINE

11.1 EXPLORATION PROGRAM

The Glass Reef sres has been surveyed by 8 number of companies at different times with limited success i massive sulphides being discovered in a drill hole west of the mine.

A large number of major conductors are obvious on the TRIDEM survey* (Fig- ure 9)» generally parallel to the Manitou Straits fault. The large amount of water cover on this property again restricted the survey line locations.

The property was gridded with lines run at 337 degrees and spaced generaly 100 meters apart with stations on lines spaced at 25 meter intervals. At each alternate station an *A' horizon geochemical sample was collected and magnetic and VLF-EH readings were taken and recorded at all stations. These lines were run using hip chain and compass> the lines were flagged and because of water bo- dies in the center of the property three sub-base lines were also run with hip chain* compass and flagging. All stations were flagged and labelled throughout the grid. Concurrent with the geochemistry and geophysical programs* reconnais sance geology was done along gridded lines. Fifteen kilometers (15) of line was run and 422 stations were covered by geophysics and sampling. Approxiinately half of the geochemical samples were analyzed as described in geochemical survey specifications.

11.2 GLASS BAY RECONNAISSANCE PROPERTY GEOLOGY

The Glass Bay property is on the east side and adjacent to the major NE trending Manitou Straits Fault. The maJor rock type in the area consists predominantly of mafic basaltic type flows of Archean age. Overlying these volcanic are clas tic sediments ranging from siltstone to conglonerate with some chert units at the top of the clastic seotuence* outcropping on Meridian Bay and near the Glass Reef Mine. All are generaly in the Sreenschist metamorphic facies with local more chlorite rich assemblages probably caused by retrograde metamorphism due to shearing and faulting. SE and overlying the metasediments are more mafic vol-

AIRBORNE SURVEY TRIDEM AND MAGNETIC

GLASS REEF MINE AREA

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canics* These rock units as well as regions! foliation generally strike NE and dip steeply to the SE, Later auartz feldspar porphyry dikes intrude both themetasedi merits snd netavolcanics end local faulting? trending froci NW to NE cuts all of the above units.

11,3 GEOCHEMISTRY

The geochemical results* (Maps 17»18»19) all show considerable variation but no major increase in any of the elements near the Glass Reef mine, The arsenic re- ults were generally the highest background of any of the four survey areas with a mean of 4»A8ppm and a standard deviation of 5,86ppm» The main anomalous area is south-west of the mine and close to Meridian) Bay,

Mercury showed a mean of 153,4ppb and a standard deviation of 67,9ppb,

Gold soil geochemistry results produced only 2 values - 155ppb at Line 300E on the 0 baseline and 45ppb at Line 700E»75N, Detail mapping and rock assays did not show anything significant and the results are presented in Figure 13,

11,4 GEOPHYSICS

The VLF results defined a large number of very strong conductors showing that this area is very complex structurally, Many of the anomalies are probably di rectly related to faulting and there are strong indications of extensive cross faulting, The interpreted conductors are marked on the Composite Map,

The magnetic results show very erratic response and should only be consi dered in conjunction with other types of anomalies, The results have been post ed but not contoured as the aeromagnetic survey is much better to use for map ping purposes as near surface variations are effectively reduced,

11,5 CONCLUSIONS

The Old Glass Reef Mine Property produced 22 02, of Au prior to 1900, The pro perty is east of the Manitou Straits Fault and covers several generally northe ast trending structures, The property is underlain by metasedimentary and meta- volcanic rocks* and contains several large Au geochemical anomalies with associ ated conductors? these as well as the area around the old mine workings warrant further detailed follow UP work,

THE GLASS REEF MINE PAGE 11-3

11,6 RECOMMENDATIONS

Massive sulphides are known to occur in the area but there is no evidence that ana extensive assaying for Sold was carried out.

The area around the old niine workings should be evaluated to determine if there are any possible extensions that nay have been missed during previous work or if the stockwork of auartz veins associated with intrusive porphories has any new potential for production at a lower grade than was possible in 1900*

VLF and magnetic surveys in detail areas with shallow drilling to locate anomalous sources.

Winter surveying with VLF and magnetics on ice in order to map the struc ture,

CHAPTER 12

CERTIFICATES OF QUALIFICATIONS

CERTIFICATE OF QUALIFICATION

I, Jan Albert VonHof, Geological Engineer in the City of Calgary, in

the Province of Alberta, hereby certify:

1. THAT I am a practising Geological Engineer with a residence at

5228 Veronica Road N.W. Calgary, Alberta

2. THAT I am a post-gtaduate of the University of Saskatchewan, Saskatoon,

Saskatchewan, and have been granted the degrees of Master of Science

and Doctor of Philosophy in the Geological Sciences.

3. THAT I have been practising ray profession as a geological engineer

for fifteen (15) years.

4. I am a member of the Association of Professional Engineers, Geologists,

and Geophysicists of Alberta.

5. That I have no interest directly or indirectly in this property.

J.A. VONHOF, PD.D., P.ENG.

QUALIFICATION AND SIGNATURE

I, William A. MacLeod with business address at 111 Parkglen Crescent S.E., Calgary, Alberta, T2J 4L9, do hereby certify that I personally supervised and carried out the field program described herein and that:

a) I am a graduate of the University of Manitoba; B.Sc.; 1970;

b) I am a registered Professional Geologist in the Province of Alberta;

c) I have practiced my profession continuously for fourteen years;

d) I have no interest in this property, or in Sennol Resources Limited or Cochrane Oil & Gas Ltd..

DATED AT CALGARY, ALBERTA THIS ^| DAY OF

Signed:

W. A. MacLeod

CERTIFICATE OF QUALIFICATION

I, Trevor R.B. Dundas, Professional Geophysicist in the City of Calgary,

in the Province of Alberta, hereby certify:

1. THAT I am a Registered Professional Geophysicist in the Province of

Alberta and reside at 68 Brampton Crescent S.W., Calgary, Alberta.

2. THAT I am agraduate with a Master's degree in Geophysics from

Imperial College, University of London, England and that I have

practised in this profession for a period of sixteen (16) years.

3. THAT I have conducted and supervised geophysical surveys on this

property during June - September 1983.

A. THAT to the best of my knowledge, all available data pertinent to

this property was examined during the preparation of this report.

THE ASSOCIATION OFPROFESSIONAL ENGINEERS,GEOLOGISTS aid GEOPrlYSMSTS

OF ALBERTAPERMIT NUMBER

P2982T.R.B. DUNDAS &

ASSOCIATES LIMITED

,--"7

TREVOR R.B. DUNDAS, P. GEOPH,

CERTIFICATE OF QUALIFICATION

I, Gary A, Nolin, Professional Geologist in the City of Calgary, in the

Province of Alberta, hereby certify:

1. THAT I am a Registered Professional Geologist in the Province of

Alberta and reside at 1461 Hunterbrook Rd. N.W. Calgary,Alberta.

2. THAT I am a graduate with a Bachelor's degree in Geology from Western

Washington State University in Bellingham, Washington and that I have

practised in this profession for a period of twelve (12) years.

3. THAT I have conducted and supervised geophysical, geological andgeochemical surveys in the Manitou Lakes area on behalf of Cochrane

Oil & Gas Ltd. during the periods Jun-Jul, Sep-Oct 1983.

4. THAT to the best of my knowledge, all available data pertinent to

this property was examined during the preparation of this report.

GARY A. NOLIN, P. GEOL.

CHAPTER 13

REFERENCES

OGS1980* Airborne Electromagnetic and Total Intensity Magnetic Survey*

Manitou-Stormy Lakes Area? District of Kenoraf ba Kenting Earth Sciences Limited for The Ontario Geological Survey*

Bl3ckburn»C»E»1976! Geology of Lower Msnitou-Uphills Lake Area* District of

Kenors* Ontario Department of Mines* Geoscience Report 142*

19791 Geology of the Upper Manitou Lake Area* District of Kenora*Ontario Geological Survey Report 189*

1981! Geology of the Boyer Lake-Meggisi Lake Area! District of Kenora* Ontario Geological Survey Report 202

1979! Kswssheganiuk Lake Area* District of Kenorai in Ontario Geological Survey? Misc. Paper 90

C3rter*W.E.H.1901J Mines of Northwest Ontario! Part II* Ontario Bureau of

Mines? Vol» 10.

1902! The Mines of Ontario* Ontario Bureau of Mines* Vol.11

1904! Mines of Western Ontario* Ontario Bur* of Mines* Vol.13

1905! Mines of Western Ontario* Ontario Bur. of Mines* Vol.14

Colenisn»A*P.1895! Gold in Ontario* Ontario Bureau of Mines* Annual Report 1894*

Vol. 4.

1897! Third Report on West Ontario Gold RegionJ Ontario Bureau of Mines* Annual report 1896* Vol. A.

REFERENCES PA6E 13-2

Trowell»N.F.1974! A Regions! approach to the Habisloon-Quetico Belts*and its

bearing on Exploration in Northwestern Ontario* Ontario Department of Hines> Misc. Paper 58

Thonipsoru J.E»19341 Geology of the Hanitou-Stomeu Lakes Area) Ontario Department

of hines» Annual Report for 1933» Mol42f4.

APPENDIX A

ASSESSMENT SPECIFICATIONS

Field and office interpretation daas» nan daws and Bssessiient daws for the geo logical and geochemical surveys conducted fro* June - August 1983 and fron Sep tember - October 1983 on the Cochrsne Manitou Lakes Mineral properties,

MANITOU LAKES PROPERTY

NAME AND ADDRESS

G.Nolin 1461 Hunterbrook CalSsry

T»Dundas 540-707-7th, Ave CalSsry

U.A.HcLeod 111 ParkSen Cr, Calvary

TITLE

Geologist Rd, N,U,

DATES UORKED (1983)

Jun 14-15 Jun 27-29 Oct 8-11 Dec 6-20

Geophasicist Jun 14-22 S»U» Dec 6-20

Geologist S,E,

Sep 29-Oct 16 Oct 17-19

TOTAL HOURS

24 24 48 120

108 120

228 24

TOTAL 8 HOUR DAYS

3 3 6 15

13,5 15

28,5 3

ASSESSMENT DAYS

21 Field 21 ' 42 ' 105 Rep* Intrp

95 Field 105 Rep; Intrp,

200 Field 21 Rep» Intrp,

A.Vonhof Geologist Jun 28-Jul 17 240 5228 Veronica Rd, N,U,

30

J Hsnsen19 Nesbitt St,NepeanOntario

I, Smith

Geophasicist Jun 27-28 24

Jr.Geol,/ Sep 29- Oct 16 228 SrfTech,

28,5

210 Field

21 Field

200

ASSESSMENT SPECIFICATIONS PAGE A-2

2012 Cherokee Rd, N,U, Calvary

B,Edgar2340 Ist.Ave.N.U,Calgary

Dec 6-20 120 15

Geologist Oci 8-11 48 6

105 Report

42 Field

HiHocteson Sr, Tech* 718-1833 Pembina Way Winnipeg

D.Canpbell Jr. Tech. 709-2295 Pembina Way Winnipeg

R.Nishiitiura Jr, Geoph, 20 Wentworth Cres, St,Albert Alberta

B.Shiels Technician 103-33 Marline Street Winnipeg

K» McCrank Technician27 Superior Dr.UawaOntario

D.Griffin Technician54 Toronto AveUawaOntario

B.Barboni Technician21 McNutter AveDrydenOntario

MiLindouist Technician General Delivery Eagle River Ontario

Jun 14-15 24 3 Jun 28-Jul 17 240 30

Sep 29-Oct 12 192 24

Jun 14-22 108 13,5

Sep 29-Oct 12 192 24

Jun 28-Jul 13 192 24

Jun 28-Jul 13 192 24

21 Field 210 '

168

95

168

168

168

Jun 14-22 108 13,5 95 '

Jun 28-Jul 16 228 28,5 200

TOTAL 2832 354 2481

ASSESSMENT SPECIFICATIONS PAGE A-3

GIANT MINE BLOCK

NAME AND ADDRESS

TITLE DATES TOTAL TOTAL ASSESSMENTWORKED HOURS 8 HOUR DAYS(1983) DAYS

G.Nolin Geol. 1461 Hunterbrook Rd. N.W, CslSsry

T.Dundss Geoph. 540-707-7th» Ave S,W,

Jun 27 Oct 8-9 Dec 6-9

122432

1.534

Dec 6-9 32 4

11 • 21 ' 28 Rep»

28 Rep»

W.A.McLeod Geol, Sep 29-Oci 14 204 25.5 179 Field 111 PerkSen Cr, S.E. Oct 17-19 24 3 21 Rep»

J Hsnsen Geoph. Jun 2719 Nesbitt St.NepesnOntario

I. Smith Jr.Geol./ Sep 29- Oct 14 204 25.5Sr.Tech.

2012 Cherokee Rd. N.W. Dec 6-9 32 4CelSsru

12 1.5 11 Field

179 '

28 Rep

B.EdSsr Geologist Oct 8-9 2340 1st.Ave,N.W.

24 3

D.Csupbell Jr. Tech. Sep 29-Oct 12 192 24 709-2295 Peftbins Way

21 Field

168

B.Shiels Technician Sep 29-Oct 12 192 24 168103-33 Marline StreetWinnipeg

TOTAL 1009.5 97.5 863

ASSESSMENT SPECIFICATIONS PAGE A-4

Geochemical Sample Analysis Cost - Soil analysis 367 sables @ $17.50 Rock analysis 13 ssnples B $12.45 Rock analysis 20 samples g $8*70

$6422.50/15 * 428 * 161.85/15 • 11 » 174,00/15 = 12

Total Assessment days Geology 253* ' ' 6eocheftistru/sssBy 735

1 Geophysics 273• L ine cutting 68

ASSESSMENT SPECIFICATIONS PAGE A-5

GOLD ROCK EXTENSION AND QUEEN ALEXANDRA BLOCK

NAME AND ADDRESS

G.Nolin 1461 Hunterbrook Calgara

T.Dundas 540-707-7th. Ave Calgary

W.A.McLeod 111 Parkgen Cr,

A.Vonhof 5228 Veronica Rd Calgary

I. Sftith

2012 Cherokee Rd Calgara

M.Hodgson 718-1833 Pembina

TITLE

Geologist Rd. N.U.

DATES WORKED (1983)

Jun 15

Dec 17-20

Geophasicist S.W. Dec 17-20

Geologist S.E.

Geologist . N.U.

Jr.Geol./ Sr.Tech.

. N.W.

Sr. Tech. Waa

Oct 15

Jul 6-14.17

Oct 15

Dec 17-20

Jun 14-15 Jul 6-14»17

TOTAL HOURS

12

32

32

12

120

12

32

24 120

TOTAL ASSESSMENT 8 HOUR DAYS DAYS

1.5 11 Field

4 28 Rep» Intrp

4 28 Rep > Intrp.

1.5 11 Field

15 105 Field

1.5 11 '

4 28 Report

3 21 Field 15 105 '

Winnipeg

K. McCrsnk Technician 27 Superior Dr.U3W3Ontario

Jul 6-13

D.Griffin54 Toronto AveUawaOntario

Technician Jul 6-13

96 12

96 12

84

84

M.Lindouist Technician Jul 6-13 96 12 84

ASSESSMENT SPECIFICATIONS PAGE A-6

General Delivery £a£le River Ontario

TOTAL 684 85.5 600

Geochenical Sample Analysis Cost -Soil analysis 215 series 9 $17.50 $3762.50/15 = 251 Rock analysis 10 samples B $12.45 $ 124.50/15 = 8 Rock analysis 12 sables B $ 8,70 $ 104.40/15 = 7

Assessment days Geology 46* ' Geochemistry-assay 5801 ' Geophysics 240

ASSESSMENT SPECIFICATIONS PAGE A-7

LEUILLER ISLAND BLOCK

NAME AND ADDRESS

G.Nolin 1461 Hunterbrook Calgary

T»Dund35 540-707-7th, Ave Calgary

A.Vonhof

TITLE

Geologist Rd. N.U.

Geophysicist S,W,

Geologist

DATES WORKED (1983)

Qct 10-11 Dec 10-11

Dec 10-11

Jul 15-16

TOTAL HOURS

24 16

16

24

TOTAL 8 HOUR DAYS

3 2

2

3

ASSESSMENT DAYS

21 ' 14 Rep» Intrp

14 Rep» Intrp.

21 Field5228 Veronica Rd, N»W. Calgary

I, Smith Jr.Geol./Sr.Tech,

2012 Cherokee Rd. N.W. Calgary

B, Edgar2340 Ist.Ave.N.W.

Dec 10-11 16 2

Geologist Oct 10-11 24 3

14 Report

21 Field

M.HodSson Sr. Tech.718-1833 Pembins Way Jul 15-16 24 3Winnipeg

21

M.Lindctuist Technician General Delivery Eagle River Ontario

Jul 15-16 24

TOTAL 168 21

21

147

Geochemical Sample Analysis Cost -Soil analysis 6 samples 6 $17.50 Rock analysis 24 samples 0 (12.45

$105.00/15 = 7 $298.80/15 • 20

ASSESSMENT SPECIFICATIONS PAGE A-8

Assessment days Geology 35' ' geochemistry .assay 99

Geophysical 40

ASSESSMENT SPECIFICATIONS PAGE A-9

GLASS BAY BLOCK

MAKE AND ADDRESS

G.Nolin1461 HunterbrookCalgaru

T.Dundas540-707-7th. Ave

TITLE

GeologistRd. N.W,

GeophysicistS.U.

DATES UORKED (1983)

Jun 14Jun 28

Dec 12-16

Jun 14-22Dec 12-16

TOTAL HOURS

1212

40

10840

TOTAL t 8 HOUR DAYS

1.51.5

5

13.55

kSSESSHENT DAYS

11 Field11 '

35 Rep> Intrp

95 Field35 Rep» Intrp

Calgary

U.A.HcLeod Geologist Oct 16 111 Parkgen Cr. S.E.

A.Vonhof Geologist Jun 28-Jul 55228 Veronica Rd. N.U.Calgary

J Hansen Geophysicist Jun 2819 Nesbitt St.NepeanOntario

I. Smith Jr.Geol./ Oct 16Sr.Tech.

2012 Cherokee Rd. N.U. Dec 12-16 Calgary

12

96

12

12

40

1.5

12

1.5

1.5

5

11 Field

84 Field

11 Field

11 '

35 Report

M.Hodgson Sr. Tech. Jun 14 12 1.5 11 Field 718-1833 Penbina Way Jun 28-Jul 5 96 12 84 ' Winnipeg

K» McCrank Technician Jun 28-Jul 527 Superior Dr.UawaOntario

96 12 84

R.Nishimura Technician Jun 14-22 108 13.5

D.Griffin Technician Jun 28-Jul 5 96 12

95

84 '

ASSESSMENT SPECIFICATIONS PAGE A-10

54 Toronto AveWawaOntario

B.Barboni Technician Jun 14-22 108 13.5 9521 McNutter AveDrydenOntario

M.Lindauist Technician Jun 28-Jul 5 96 12 84 General Delivery Ea^le RiverOntario ———————————————

TOTAL 996 124.5 876

Geochenical Sample Analysis Cost -Soil analysis 202 samples 9 $17.50 Rock analysis 27 samples 8 $12.45 Rock assays 27 samples 9 $ 8.70

Assessment days 5eolo3y* ' Geochemistry .assays* " Geophysics

13535.00/15 = $ 336.15/15 = * 104.40/15 •

88642418

2352215

APPENDIX B

CLAIM DISPOSITION

Cochrane - Sennol J.V. Kenora Mining Division

NTS 52F-7Lower Manitou Lake Area Map H2007

Harper Lake Area Map 2592 Bower Lake Area Map 2582

Cochrane Property - 4 Contiguous Blocks - 239 clains total

CLAIM NO, DATE STAKED DATE RECORDED MAP

123456789

1011121314

Grid - 14 claims ———

K687462 * MarchK687463 *K687464 *K687465 *K&87466 *K687467 *K687468 *K687469 *K687470 *K687471 *K687472 *K687473 *K687474 *K687475 *

—— work applied on 14 clai»s anm

14»1983 March 17il983 25(• ii i• i• ii i• •• i• i• i• t• ii i• i

}tat

32i

Leuiller Island Grid - 12 claiss- -work applied on 10 claiis annotated

K6B7476 * March 15,1983 March 17.1983 2582 _2592

CLAIM DISPOSITION PAGE B-2

23 A5678 ?

101112

K687477K687478K687479 *K696001 *K696002K696003K696004K696005K696031K696032 *K696033 *

25922592 -2582 2592

Glass Reef Mine Grid - 77 clains- -work applied on 34 claias annotated *

12345678910111213141516171819202122232425262728293031323334

K687340 *K687341K687342K687343K687344K687345K687346 *K687347 *K687348 *K687349K6B7350K687351K687352K687353K687354K687355K687356K687357 *K687358 *K687359 *K6B7360K687361K687362K687363K687364K687365K687366K687367K687368K687369 *K687370K687371K687372K687373 *

February 22r 1983 March 9,1983 H2007

February 23»1983

February 26»1983

February 27*1983

February 26»1983•i•

February 27i1983

CLAIM DISPOSITION PAGE B-3

35363738394041424344454647484950515253545556575859606162636465666768697071727374757677

K687374 *K687375 *K687376 *K687377K687378 *K687379 *K687380 *K687381 *K687382K6B73B3K687384 *K687385 *K687386 *K687387 *K687388 *K687389K687390K687391K687392K687393K687394K687395K687396K687397K687398K687399K687400K687401K687402K687403K687404K687405K687406K687407K687408K687409K687410K687411K687412K687413K687414K687415K687416

February 28*1983••

February 27»1983>

February 28r1983

March 1»1983

February 26?1983

February 25»1983

February 24.1983i

February 25?19831

February 24»1983

GOLD ROCK EXTENSION AND QUEEN ALEXANDRA GRIDS- 136 Claims—————————work applied on 47 claiis annotated *

K687480 * February 28»1983 March 9*1983 M2007

CLAIM DISPOSITION PAGE B-4

23 A5678910111213141516171819202122232425262728293031323334353637383940414243444546474849505152

K687481K6B7482K687483K687484K687485K687486K687487K687488K687489K687490K687491K687492 *K687493 *K687495 *K687496K687497K687498K687499K687500K687501 *K687502 *K687503 *K687504K687505K687506K687507K687508K687509K687510K687511 *K687512 *K687513K687514K687515K687516K687517K687520 *K687521 *K687530K687531K687534 *K687535K687536K687537 *K687538 *K687539K687540K687541K687543K687544 *K687545 *

February 27»1983

February 26»1983

••

February 27»1983

February 25»1983

February 26»1983

February 25»1983

February 22>1983

February 24»1983

February 23»1983 February 22,1983

February 23»1983

February 24»1983 February 23f1983

CLAIM DISPOSITION PAGE B-5

5354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899

100101102103

K687546 *K687547K687548 *K687549 *K687550 *K687551K687552K687553K687554K687555K687556K687557K687558K687559K687560K687561K687562K687563K687564K687565K687566K687567K687568K687569K687570 *K687571K687572K687573 *K687574 *K687575K687576 *K687577K687578K687579 *K687417K687418K687419 *K696014K696015 *K696016 *K696017 *K69601BK696019 *K696020K696021 *K696022 *K696023 *K696024K696025K696026K696027

February 24*1983

February 28»1983

March If 1983

March 2»1983

March 3»1983

2592i•

2007

( •

2592

March 11 , 1983 March 12,1983

March 17,1983 2582

March 13,1983 March 12*1983

CLAIM DISPOSITION PAGE B-6

104105106107108109110111112113114115116117118119120121122123124125126127128129130131132133134135136

K696028K696029K696030K687432 *K687433 *K6B7434 *K687435K687436K687437K6B743BK687439 *K687440K687441 *K687442 *K687443 *K687444 *K687445 *K687446K687447K687448K687449K687450K687451 *K687452K687453 *K687454K687455K687456K687457K687458K687459 *K667460 *K687461

March 13,1983I

I

Hatch 9il983

March 10,1983

March 11i1983

2582 .25922582

APPENDIX C

SAMPLE PREPARATION AND CONTROL

BARMNGER MAGENTA UMITEO

J7SO 19 STREET HE.

SUITE 10$

BARRINGER MAGENTAPHONE: (403) 27« »701

September 12, 1983

Nolin Geo Enterprises, 540-707-7 Ave.S.W. CALGARY, Alberta T2P OZ2

Dear Gary,

As requested, I enclose a description of the preparation of the humus samples submitted to this lab and their subsequent analyses for gold, silver, arsenic, mercury and antimony.After drying, all humus samples were blended and sieved to minus 40 mesh.A 10 gram portion of sample was digested in aqua regia. After adjusting the final volume, a 25 ml. aliquot (was extracted with methyl.iso-butyl ketone (MIBK). This organic layer was analysed for gold by atomic absorption spectrometry.A 0.5 gram portion of sample was digested in an acid mixture of nitric and perchloric acids. After the final volume was adjusted an aliquot was analysed for silver by atomic absorption with direct aspiration. A 5 ml. aliqot was removed and analysed for mercury by cold vapour atomic absorption with a UV detector. Another 5 ml. aliquot was removed and analysed for arsenic and antimony by hydride atomic absorption.Quality of analyses is controlled and assured by the insertion and analyses of blanks, repeats and standards of known values throughout each batch of samples.

If you require any further information, please do not hesitate to contact me.

Yours sincerely, BARRINGER MAGENTA LIMITED

•£-•£>•** JL

C. Douglas Read CDR/tr

ADVANCED TECHNIQUES AND INSTRUMFNTATION FOR THE EARTH SCIENCES

APPENDIX D

CERTIFICATES AND LISTINGS -SOIL GEOCHEMISTRY

-ROCK ASSAYS

jTBARRINGL:R MAGENTA

304 CARLINGVIEW DRIVE REXDALE. ONTARIO U9W5G2

(416)675-3870

3750 -1»TH STREET ^| SUITE 105 ^H CALGARY, ALBERTA ^* TJE 6V2 (403) 276-9701

1 r FILE:w DATE !MATRIX: v

TNOLIN DEC-ENTERPRISES (HUMUS SAMPLES)f SAMPLE AD

ID100E100E100E100E100E

100E100E100E100E100E

100E100E100E100E100E

100E100E100E100E100E-102E102E102E102E102E

102E102E102E102E102E

102E102E102E102E102E102E102E 102E102E102E104E104E104E104EJ04£

94+OON94+50N95+OON95+50N96+OON

96I50N97IOON97+50N9B+OON98I50N

99+OON97-K50N100+OON100I50N10HOON

10H05N102+OON102+50N103IOON103H8N94+OON94+50N95+OON95+50N96+OON

96+50N97+OON97I50N98+OON98-r50N

99+OON99+50NlOOtOON100I75N10HOON10H50N102+OON 102+50N103+OON103*60N94+25N94+50N95+75N96+OON96+SOfl

PPB

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lil1.31.6.7.6

4.51.31.12.31.3

1,9,8

1.1.7,7

,71,1.8,7

1,9

1,01,3,7

1.01.4

1.62.61.72.91.9

2.5.8

2.11,33,5

2,31,1 1,0,6

2.5

2,71,34,71,72.5

HGPPB

9563844232

12611610515863

5353745384

1267410574956374

11610595

4295137168125

95958495

11613742 74

10514713712684220190

SB SAMPLEPPM ID<,2 104E<,2 104E<,2 104E<,2 104E<,2 104E

<,2 104E<,2 104E<.2 104E<.2 104E<.2 104E

<,2 104E<>2 104E<.2 104E<,2 104E<,2 105E

<,2 105E<,2 105E<>2 103E<.2 105E<,2 10SE<.2 105E<,2 105E<.2 105E<.2 105E<.2 105E

<.2 105E<.2 105E<.2 10'JE

. <,2 106E<,2 106E

<,2 106E<,2 106E<,2 106E<,2 106E<,2 106E<,2 106E<,2 106E <,2 106E<.2 106E<>2 106E<.2 107E<,2 107E<.2 107E<.2 107E<,2 107E

97IOON?7-K)ON9BIOON98I50N99IOON

99I50N100400N1001'JON10HOON101I50N

102IOON102ISON103100N103I50N95IOON

915I50N96IOON96I50N97IOON97fSON98IOON?8I50N99^0N99I50NlOOtOON

100I50N10HOON101I50N96IOON96I30N

97IOON97I50N98IOON9BI50N99+OON99I50N100IOON lOOt'oON10HOON10H-30N

961 SON76 3N97IOON77I150N9B+OON

T3-0715 05/12/33 N03/CL04

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<10<10<5<5<5

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,.-_<525<5<5<5<io<5<5<5

<5<5<10<5<5

<5<5

<10<10<5<5

<5<io<5

<5<5<5<5<5

AGPPM,2

<»2<,2,4

<,2

,2,4

<,2<»2,2

<,2•^»2<,2^,2,2

<,2<»2<»2,2

<.2<,2•\,2•\.2,2,4

<»2<,2•',2<,2.2

<.2<»2<»2<,2,4

<»2<',2•s.2<.2

<,2•C.2<, 2•\.2<.^

ACPPM2,93,1

»fc1,71,0

,72,11>12,51.9

,71.4,7

1,1,7,4

1,93.02,31,11,61,1,7,5

2,3

1,21,4,9,9

1,6

1,21,82.11,92,34,21,8 1,11,22,8

1.82,31,81,62.7

HG SBPPB PPM100 <,2170 <,2125 <,2145 <,2.125 <,2

74 <,2145 <,295 <,295 <,295 <,2

84 <,274 <,295 <,295 <,274 <,253 <,2

210 <,2200 <,2210 <,2105 <,2

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95 <,274 <,2160 <,2115 <,2230 <,2

190 <,2170 <,2180 <,2190 <,2230 <,2305 <,2147 <,2 126 <,2180 ,295 <,2

147 ,4220 <,2200 <,2170 <,22AO <,2

^TBARRINGER MAGENTA304 CARLINOVIEW DRIVE REXDALE, ONTARIO MSWJQJ

(< It) 675-3870

JJSO • NTH STREET • SUITE 105 V CALGARY. ALBERTA T2ECV2

I f FILE', T3-0715 W DATE! 05/12/83MATRIX: N03/CL04

V ^fe.^NOLIN GEO-ENTERPRISES <HUMUS SAMPLES)f SAMPLE

ID

107E107E107E107E107E

107E107E107E107E108E10 BE108E108E108E108E108E108E108E108E108E

108E108E108E108E108E

108E109E109E109E109E

109E109E109E109E109E109E109E109E109E109E109E109E109E109E109E

98450N99400N99450N100400N100450N

101400N101450N102400N102450N93450N95475N96400N96450N97400N97450N98400N98450N99400N99450N100400N

100450N101400N101450N102400N102450N

103400N94400N94450N95400N95425N

96400N96450N97400N97450N98400N

98450N95475N99400N99450N100400N

100450N101400N101450N102400N

AUPPB

<5<5<5<5<5

X1025<5•<10<5<5<5<5<5

<10<10<55

<5<10

10<5<5<5

<10

<5<5<5<5

<10<10<5<5<5

<5<10<10• 5<53025<5<5<5

AGPPM

<,2<,2<»2<,2<,2

<.2<,2<»2<»2<,2<,2<,2<,2<,2<,2<,2<«2<»2<,2<.2

<,2,2,2

<,2<,2

,2,2

<,2<»2<,2

<,2<,2<,2<,2<,2

<»2<,2,2,4

<»2

,2<»2<,2,4

<»2

ASPPM

1.61.61.82.52,8

1,61,82,32,8,9

1.21,22,81,82,32,12,12,52,5,9

3,03.61.91,41,1

1,41,96.72.71,1

1,21,41,61,11,7

2,4,9

1,92,82,8

1,62,73,07,01,6

HGPPB

147147180210126

9564105126137105116190137160

160220147147137

1151151056484

116200160

.16095

64126538495

200105157168180

11595

1059563

SB SAMPLEPPM ID

<,2 109E<,2 109E<,2 109E<,2 109E<,2 109E

<,2 109E<,2 110E<,2 HOE<,2 HOE<,2 HOE<,2 110E<,2 HOE<,2 HOE<,2 HOE<.2 HOE<,2 HOE<.2 HOE<,2 HOE<.2 110E<,2 HOE

<,2 HOE<,2 HOE<,2 110E<,2 UOE<.2 110E

<,2 UOE<,2 110E<,2 HOE<,2 HOE<,2 11QE

<,2 HOE<,2 HOE<,2 111E<,2 111E<,2 111E

<,2 1HE<,2 111E<,2 111E<.2 HIE<,2 111E<.2 HIE<,2 HIE<,2 111E<,2 HIE<,2 HIE

103400N103150N104400N104r50N105 TO ON

105425N94400N94 f SON95400N95450N96400N96450N974 OON77K50N984 OON

98450N99400N99I30N100400N100I50N

101400N10H SON102400N102430N103400N

103-rSON104400N104450N10S400N10'34'oON

106400N106435N94400N74 1 SON95400N

75450N96400N96430N97400N974SON

98400N98r50N99400N99430N100IOON

MOAUPPB

<5<5<5<55

<10<5<5

^10^10<10

5

<5<5<5<55

<5<5 -

<5<5

<5

<55<5<55

<55

<5<5<5

<10<10<5

<10<5<5<5<55

<10

NOJ 83-0715AGPPM

,2

<»2<»2<»2

<,2<,2<»2<»2<»2<,2<»2<»2<,2<.2<,2,2

<,2. ,2

<»2,4,4,2

<,2<,2,2.2

<.2<,2<,2<,2<,2

<»2<,2<,2< ( 2<»2<,2<,2<,2<,2<.2

ASPPM

1.61.82,11.82.1

1.43.61,62,41.01,11,81,41,61,6

1,62,31,81,41,4

1,63.4.9.9

1.6

1,42,12,31,91,1

2,81,91,81,21,4,4,7

1,2,9

1,61,14,71,22,8,9

PAGElW

HG SBPPB PPM

147 <,2105 <,2116 <,2170 <,2158 <,2

126 <,22B5 <,2180 <,232 <,221 <,263 <,2147 <,2158 <,2180 <,2220 <,2

158 <,2126 <,2105 <,2125 <,2116 <,2

137 <,2137 <,2105 <,2105 <,295 <,2

63 <,263 <.274 <,2

230 <.2147 <,2

105 <,295 <,2

190 <,2126 <,263 <,2

32 <,221 <,2190 <,2137 <,2170 <>2147 <,2170 <,2105 <,2147 <,253 <»2

\FBARRINGER MAGENTA304 CARLINQVIEW DRIVE REXDALE. ONTARIO M9WMJ

J7M . UTH STREET M SUITE (OS V CALOAflV, ALBERTA ^ T2E«V2

1 ( FILEI DATEt . .

VTNOLIN GEO-ENTERPRISES (HUMUS SAMPLES)f SAMPLE

ID

HIE111EHIEHIEHIEHIEHIEHIEHIEHIEHIEHIEHIE112E112E

112E112E112E112E112E

:H2E:112E112E112E112E

112E112E112E112E112E

112E112E112E112E112E

112E112E112E112E113E113E113E113E113E113C

lOOfSON101+OON10H50N102rOON102+50N103+OOH103+50N104-rOON104t50N105+OON105r50N106+OON106f35N94rOON94t50N

95tOON95t50N96+OON96+50N97IOON

97+50N98rOON9B+50N99fOON99+50N

lOOfOONlOOrSON10HOON10H50N102+OON

102r50N103+OON103r50N104fOON104r50N

105*OON105+50N106100N106fl4N94+OON94+50N95rOON95+50N96+OON96+50N

AUPPB

<5<5<5<5<5

• <5<5<5

• <10<5<5<5<5<5<5

<5<5<5<5

- , 5 ,<5<5<5<5<5

5115<5<5<5

<5<5<5<5<5<5<5<5

<5<5<5

<5<5

AGPPM<»2,2.4

<»2.4

<»2.4

<»2<,2,4

<.2<,2<,2<,2<,2

<.2<,2<»2<,2<,2

<»2<»2<,2<»2<.2

<,2<»2<,2<,2<»2

<.2.2

1.2,2,2

<»2<»2^.2<»2<.2<,2.2',2

<»r

ASPPM

1.21.22.12.84.91.12.87,01.43.2

1.1 ...3.22.52.51.2

2.81,62,72,32,0

1.82,21.2.6

1.8

3.03.42.01,21.0

1.61.04.02.62,2

1,21.83.41.4,6

1.2,6

1.01.62,0

HGPPB741371371371261371587453105

150221180116220

84190105170240

i

28028017019084

160105125157147

22012612663

147126105170137105180136180315230

SB SAMPLEPPM ID<.2 113E<,2 113E<.2 113E<.2 113E<,2 113E<,2 113E<,2 H3E<,2 113E<,2 113E<,2 113E

<,2 113E<,2 H3E<,2 113E<,2 H3E<,2 113E

<.2 H3E<.2 113E<.2 113E<.2 113E<,2 113E<,2 H4E<,2 H4E<.2 114E<,2 H4E<.2 H4E

<,2 H4E<,2 114E<.2 114E<,2 114E<,2 H4E

<,2 114E<,2 1HE<,2 114E<.2 114E<,2 H4E

<,2 114E<,2 H4E<,2 1HE<,2 H4E<.2 H4E<.2 H4E<,2 H4E<,2 114E<.2 114E<.2 USE

97tOON97-I-50N98+OON98KJON99+OON99+50N100400NlOOr'JON10UOON10H50N

102rOON102IGON103IOON103r50N104IOON

104I30NlOStOON

106tOON106-H8N

94IOON94+30N95IOON95-mON96rOON

96rSON97+OON97I50N98fOON98frjON

99IOON99+30NlOOtOON100I50N10HOON

10USON102+OON102VJON103tOON103I50N104IOON.104r50N105tOON105+fJON94-JOON

T3--0715 05/12/83 N03/CL04

V^

WO NOJ 83-0715 PAClT^I

AUPPB

<5<5<5<5<5<10<10<10<5<5

<5<5<5<5<5

<5<5<5<5<5<5<5<5<5<5

<5<5<5<5

<5<5<5<5<5

<5<io<5<5<5<5<5<5<5<S

AGPPM,2

<»2.4,2.2.2,2,2

<»2

.2,*2

,*2

,4,2,2.4

,2<»2<»2<,2,2

<,2<,2<,2,2.2

<»2^,2,4

<,2,4

,2,2,8,8.4

<,2.4,4.2.2

ASPPM

1.41.01,03.01,21.02.0.8

1,41.2

2.21.81.41.82,0

2.81.01.24.02.4 ;2.21.8,8.6

1,8

2,01.44,2,8

2,6

2,61,42,01,41,84,81,03,43,41.41.02,01,41,02,6

HG SBPPB ' PPM250 <.2137 <,2157 <.2220 <,2180 <.2137 <,2147 <,2115 <,2170 <,2105 <,2

180 <,2147 <.2145 <,2115 <,2135 <,2

135 <,295 <,274 <,274 <,2

-^174 <.2

150 <,2166 <,266 <,2116 <,2134 <,2

166 <,2134 <,2300 <,2150 <,2150 <,2

174 <,2183 <,2200 <,291 <,2

205 <,2

108 <,291 <,283 <,283 <,283 <.275 <,2166 <,250 <»2100 <,2191 <,2

\. . 0WljiARRINGER MAGENTA

904 CARLMOVIEW DRIVE REXDALE. ONTARIO M9WS02

(416) «75-M70

17U • 1ITH STREET 1 SUITE IDS V CALOARY. ALBERTA ^

\ fnil', T3-0715 § F DATE? 05/12/83 '^MATRIX: N03/CL04V ^^

^NOLIN GEQ-ENTERPRISES (HUMUS SAMPLES)

f SAMPLEID

115E 94450NUSE 95400N115E 95t50NUSE 96tOONUSE 96+50N

USE 97rOONUSE 97+50NUSE 9B+OONUSE 98450N115$ 99*OONUSE 99450N115E lOOtOONUSE 100+50NUSE 10HOONUSE 101+50NUSE 102+OONUSE 102I50NUSE 103+OONUSE 103I50NUSE; 104rOON115E 104450NUSE 105IOONUSE lOSrSON116E lOO+OON116E lOOfSON

116E 10HOON116E 10H50N116E 102+OON116E 102+50N116E 103+OON116E 103+50N116E 104+OON116E 104450N116E 104f91N117E 94+OON117E 94+50N117E 95tOON117E 95+50N117E 96400N117E 96I50N

117E 97rOON117E 97+50N117E 98rOON117E 9Bt50N117S WWW

AUPPB

<5<5<5<5<5

' <5<5<5<5<5<5<5<5<5<5<10<5<5<5<5<5<5<5<5<5

<10<5<5<5<5<5<5<5

<5<5<5*^5<5

<5<5<5<5<5

AGPPM

'.4 ,,4

<,2<»2,4

<.2,4

<,2,4.2,2

<»2<,2.2,2

<»2<»2<,2<»2<»2<»2<»2<,2<»2<,2

<,2<»2,2

<,2<.2,2,2,4

<»2<»2<»2<»2,2,4

<»2<»2,4

<.2

ASPPM3.61.81.81.61.6

2.21.01,21.21.21.61.82.01,0,6

1.62.01.81.82.0,6

1,41,01,01,2

1,67,02,0,4

1,01,2,8

1,01,81,22,01,6,6

1,61,6

,61,61,2,8

1.2

HGPPB

108175225"16623019075160140150175108133 .140100150160755875

10866

108160108

835816612517410013366125174149250158350290

116230160140270

SB SAMPLEPPM ID<,2 117E<,2 117E<,2 117E<,2 117E<,2 117E<,2 117E<,2 117E<,2 117E<,2 117E<,2 117E<,2 117E<»2 117E<,2 117E<,2 USE<,2 11 BE<,2 USE<,2 118E<,2 USE<,2 118E<,2 11QE<»2 USE<,2 118E<,2 118E<,2 118E<,2 118E

<,2 119E<,2 119E<,2 119E<,2 119E<,2 119E<,2 119E<,2 119E<,2 119E<,2 119E<,2 119E<,2 119E<.2 119E<»2 119E<,2 120E<,2 120E

<,2 120E<,2 120E<,2 120E<,2 120E<,2 120E

994 50M1004-OON100+50N10H25N10H75N102fOON102+50N103400N103450N1044-OON104+50NlOSfOON105+50N100400N100+50N10HOON101+50N102+OON102475N103+OON103+50N104400N104+50N105+OON1054-36N

744-OON94+50N954-OON95+50N96rOON96+50N97IOON974 SON9B400N9B+50N99rOON99+50N100+OON1004-OON100+SON

101+OON101+50N1024 OON102f75N103IOON

»0 NOJ 83-0715 PAGETWl

AUPPB

<5<5<5<5<5

<10<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5

<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5

<5<5<5<5<5

AGPPM

<»2^,2<,2.2

,2,2,*6

<»2<»2<»2<,2<.2<,2<»2<,2<»2<.2.2,6.2.4,2,2

<»2.4

<»2 •<»2.2,2

<,2^,2<,2<,2<,2,2,4

<,2

.8

.4,6,2,2

ASPPM

2,21,81,21,61,4

1.81.03.86.02,4

1,31,53,7,5

1,51,1.9

2,13,41.1

12,227,52,2,7

2.8,6,7

1,82,9,5,9

2,0,7

1,51,41,01,3,5

2,23,1

2,81,54.42,23,1

HGPPB

190160140125108

8310883

12591

103748014310310897171188143

971089186971141201253428016013791170182188239139135320

245205290183270

SBPPM

<.2<»2<,2<»2<,2

<,2<»2<,2<»2<,2

<,2<»2<»2<»2<»2<»2<»2<,2<»2<,2

<,2<»2,2

<»2<»2<,2<,2<»2<»2.2,2

<,2•<»2<,2<,2<.2<»2<«2<,2<.2

<»2<»2<,2<»2<,2

, *H CAW.HOVIEW OWV1 17M • IITM ITnEET ': • , , - BEXDALE. ONTARIO SUIT! tot

mm -1 M8WJOJ CALOARY. ALBMTA

JTBARR1NGER MAGENTA H,,,^™ &,%,», ;^NOLIN GEO-ENTERPRISES (HUMUS SAMPLES)

SAMPLE, ID

120E 103+50N120E 104+OON120E 10U50N120E 10S+OONL250E-20 SL250E-25 NL250E-75 NL250E-125 NL300E-45 SL300E-00 NL300E-50 NL300E-100 NL300E-150 NL350E-50 SL350E-00 NL350E-50 NL350E-100 NL350E-150 NL650E-50 SL650E-00 N

, L650E-50 NL650E-100 NL650E-150 NL700E-50 SL700E-00. NL700E-50 NL700E-100 NL700E-150 NL700E-200 NL700E-250 NL750E-00 NL750E-50 NL750E-100 NL750E-150 NL750E-200 N104E 104tOOM104E 104«3N

AUPPB<5<5

^10^10

<5' <5

<5<5• <5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5

<10<5

AQ ASPPM PPM

1,0 5,3<,2 3,1<,2 1,4<,2 1,6<,2 2,8<,2 3,1<,2 2,4 •<,2 3,2<,2 2,2<,2 1,7/ 1 t A<»2 2,4.,<,2 3,6<.2 4,1

,2 6,6<,2 3,3<,2 1,6<,2 1,3<,2 1,1<,2 4,6

.2 4,6<,2 3,8<,2 3.0<,2 5,9<,2 3,2<,2 3,3-<.2 3.6<,2 1.3<.2 1,6<,2 2,6

,2 6,4,2 4.2

<,2 1,1<,2 1.1<,2 4,2<,2 2,2<,2 ,5<,2 ,5

f F ILES T3--0715 - DATE? 05/12/83 MATRIX) N03/CL04

HO NO! 83-0715 . ., PAGE? 5HO SB

PPB PPM126 <,2120 <,2165 <,2113 <,2270 <,2 -210 <,2 : A175 <,2 /215 <,2174 <,2145 <,2250 <»2295 <,2210 <,2135 <,2260 <,2 . ;174 <,2145 <,2165 <,2190 <,2

\

- •

165 <,2 <226 <,2 I174 <,2 ^165 <«2 w'280 <»2 9210 <,2 *200 <,2 |174 <,2 g190 <,2 '• °205 <,2195 <,2200 <,2 :174 <,2 '165 <,2 '

' 210 <,2 1 .145 <,2 ; A

1'

/104 <,2130 <,2

1 ^^^ 304 CARIINQVIEW DRIVE 1 ^^H REXOALE, ONTARIO k ^— —— ^^ M9WSG2

VrjiARRlNGER MAGENTA ,416) .7S .M7.BSTfi»^_

CNOLIN GEO-ENTERPRISESAMPLE

ID

0+ SON UU0+500N GB0+600N GBOE + SOSOE +100S

OE +100NOW +50S WNOW +150SOUU+50N UNOUU+200N UN

OLLW+100N0 +150S WN175AE +OON175A + SON200UW +50S

200WU + 150S200W +OON WN200W +100NUN200W+200N UN200WE+OON WN

200WE+100NWN200UE+200NWN350WE+50NUN350WE+150NUN350WE+300NWN

400VI+OON UN400U+100N UN400U+300NUN400E+50S WN400E+100S UN

400E+150N UN200E+100N GB200E+150N GB400E+ SON GB400E+150N GB

400E+350N GB400E+600N !GB600E+ OON GB600E+ 10NGB9600E+200N GB

600E+350N GB600E+550N GB800E+ OON GB800E+100N GB800E+150N GB

V

ASPPM

3,21,22,23,13,2

3,93,63,12,41,4

9,64,12,41,52,4

3,92,03»24,13,4

2,05,23,43,66,5

4,13,22,6

14,23.7

2,92,63,42804,8

9,34.07.5

60.02.4

2.72,71,11,1

28,0

suffE IS" STRE£T B [TILE: T3-0467 ^PCALGARY, ALBERTA ^^ TiATCM 1 A /l\O /Q1T2E6V2 IIATE, 14/09/83(403)276.9701 MATRIX', HUMUS

V *.BMI.C RFT 83-5376

SB AGPPM PPM

<,2 ,4< , 2 < , 2•\ , 2 1 4<,2 ,2<,2 < .2

<,2 <,2•' , 2 ^ » 2\ , 2 ^ , 2< » 2 < > 2<,2 ,4

<,2 <,2< » 2 < . 2<,2 ,4< ,2 < , 2<,2 <.2

<,2 <,2< , 2 < , 2<! , 2 < , 2< , 2 < , 2< ,2 < , 2

< , 2 < , 2.;'• ( O f ( 2

< , 2 < • 2< • 2 < . 2<,2 <,2

<.2 ,4<' , 2 < , 2<,2 .2/ , 2 < , 2<,2 ,2<',2 ^,2<,2 \2<,2 <»2,2 <,2

<,2 ,2

<.2 .2< . 2 <! » 2/ , 2 < , 2<,2 ,4<,2 .4

<,2 ,2<>2 <»2<.2 ,2<,2 ,4< , 2 < , 2

HGPPB

16810686168158

254127147243182

98234152143128

234200101246197

221230197181202

160181150108160

15020214578

139

119139121150224

17015012913951

AUPPB

<5<!i<5<!j<5

<15<5<5<5<5

<5<5<5<;5<5

<5<5<5 '<5<5

<5<S<5<!j<5

<5<5<I5<5<!5

<5<!5<5<5<5

<5<5<5<5<5

<5<5<5<5<5

SAMPLEID

1000+ OON1000+100N1000+200N1000+100S1000+200S

1000+400S1100+ OONHCOtlOON1100+100S1100+300S

1100+500S1300+ 001300+100N1300+100S1300+300S

1300+300S1400+100S1400+300S1400+500S1500+100N

1500+200N1500+ 001500+100S1500+300S1500+500S

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1847618477184781847918480

18481184 82184831848418485

1848618487184881848918490

1849118492184931849418495

N.D. N,D, N.Ii. N.D. N.D,

.002 N.D. N.D. N,D, N,D,

N.D. N.D. N, D» N,D, N, Ii,

N.D, N.D, N.D. N.D, N,D,

N.D. N.D, .004 N.D, ,00]

N.D, N.D. N.D, N.D, N.D,

N,D,,041 N.D, N.D, N,D,

N.D. N,D, N.D. N.D, N.D.

N,D. N,D. N.D. N.D,

18496 N,D,18497 N,D,18498 N.D,18499 N.M..18500 ,051

GIANT V3EHS N,D,GIANT COU/RY N,D.

^^K 304 CARUNGVIEW DRIVE 37SO • 1«TH STREET ^^B 'FILE. T3"0798 ^^P . ma ^^ M9W502 *' CAIOARY. AtBERTA ^^ DAVE? 24/11/83 ^^\TBAKKINGKR MAGENTA ( 4 ,.)WM,,o !&%«., HATRIXI;!_ —————————————————————— .. .. L ...... __._. ________ __ ..... __ A

NOLIN GEO

? SAMPLEID

15011502150315041505150615071508150915101511151215131514151515161517151815191526152715281529153015311532153315341535153615371538153915401541154215431544154515461547154815491550

<.

ENTERPRISES

AUOZ/TON<,001<,001<,001<,001<,001<,001<,001<,001

.002<.001<,001

,022.011,023

<.001.001

<.001<.001<,001

,019.508,017,599.001

<»001<.001

.001

.007

.001<.001<,001

,001<,001

,002,102

<,001,011,003,010,155,002

<,001<,001<,001

BMLC REF 83-5467 WO NOJ 83-0798 PAOtFTwA6

OZ/TON_-_———— — —— _————___

.—— -—— _———

,011,105,015.177——

— • ———————— _-— -———————

.010————

.006,035_. —————

BARRINGER MAGENTA LIMITED

Certificate of AnalysisNo!in Geo Enterprises, 540-707-7 Ave.S.W. CALGARY, Alberta T2P OZ2

3750 • 191h STREET N.E SUITE 105CALGARY, ALBERTA CANADA T2E8V2 PHONE: (403) 278-9701 TELEX: 03-827584

Report No.83-5339

DateJuly 5, 1983

Rock

•

i

SAMPLE NUMBER

Rock Chip

Rock Dump

———

\

Au oz/T

N.D.

N.D.

Agoz/T

N.D.

N.D.

-

1

Note: Rejects retained one month. Pulps retained three months unless previous arrangements made in advance.

Barrlnger Magenta Ltd, Signed _____

BARRINGER MAGENTA LIMITED

Certificate of AnalysisNolin Geo Enterprises, 540-707-7 Ave.S*.W. CALGARY, Alberta 1 T2P OZ2

3750 • 19th STREET N.E. SUITE 105CALGARY, ALBERTA CANADA T2E6V2 PHONE: (403) 276-9701 TELEX: 03 827584

Report No. 83-5458

DateOctober 21, 1983

I HEREBY CERTIFY that the following analyses were performed by us on the herein described. RnrV . samples.

SAMPLE NUMBER

1401

1402

1404

1408

F 1409

1410

1411

1412

1415

1419

1420

» ———

AU oz/Ton

TR

ND

TR

ND

TR '

.004ND '

ND

ND

ND •

.004

t

Note: Rejects retained one month. Pulps retained three months unless previous arrangements made in advance.

Barrlnger Magenta Jifo. Signed _

APPENDIX E

STATISTICAL CALCULATIONS

m™ 1 1 . 750

34 . 350

57,950

31.050

- *\ ? 1 ^ *".i\l f\, l uV

i ^ ~! T^,"IL ~ * « .. J V

—————————————————————— , [.a ^ir*

173. -150

196,550

219,650

242.750

265.850

288.950

312.050

335.150

353.250

331,350

X¥X

*XXX*XX

*XXX

*xxxxx

*xxxxxxxxxx

*xxxxxxxx

*xxxxxxx

*xxxx

*xxxx

*X

*X

*X

**

*

*

* *

**

*

*

*

*

**

f

*$

***

***

*t * * *

1.•? f

5,

3,

6,

;.3

6

'5

3

10. is19.vwm^M

15,

13.

7.

7,

1.

I, 1

1.

0."

0.

0.

V *

3

3

6

4

9

7

7

7

0

6

D

/

)

)

)

;

>

>

20PERCENT

NUMBER OF SAMPLES MEAN

>_jSTANDARD DEVIATION SKEW:o)F;Tnsis

'1wr*+ * 7w'

57,912

MERCURY HISTOGRAM GLASS REEF MINE AREA

£ 2

^

9

12

15

19

23

27

30

xxxxxxxxxxx.361 *

xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx.383 #

xxxxxxx. 406 :*:

X.923 *

.'150 %/'

,?72 t

,494 *

0 * "^ \tf i/ *

.539 :X

\

* 21,05

* 61.18

* 13,1s

* 1.32

* 0,00

* 1.97

* 0,00

•fc 0,66

* 0,00

* 0,0034,061 *

37 ,583 ** 0,00

* 0.0041,106 *

* 0.0044,623 *

* 0.0043.150 *

* * 0,0051,672 *

55,-***•

53.. - . . , . .. . _

194 *

717 *

* 0,00.

* 0.00

* 0,66

>

>

JKUKBE8 OF SANF'LES MEAN

I'j 60PERCENT

1524,675

STANDARD DEVIATIONSKEWKURTOSIS

5.S577,379

67,936

= *m*m

ARSENIC HISTOGRAM •*• GLASS REEF MINE AREA

>

>

>

)

>

>

>

>

)

>

>

>

9.722

29,167

*i o • i * 1

iS.056

^ •> r •> A O.' . JWV

10i.?14

1"!i 739

145i333

165.273

134.722

204,167

223,611

"243.056

262,500

281,944

TA1 700

70 * 077

t

*X

tXXX

*xxxxx

txxxxxxxx

txxxxxxx

txxxxx

$xxxxxx

*xxxxxx

*XXtXX

tX

*

}X

tX

t.

t t * t *0 20 40 iO 30

riKCLNT

JfJSStS GF SAMPLES - 367!iEAH •- 135.425VARIANCE = 3208.72757SSSftR3 DEVIATION - 56,i4i

t 0.27

t :.!i* J »1 *• i *0i

J 6.54

t 10,63

t 15. EO

* 14.??

t 10.35

1 12.53

t 11,44

t 4,63

* 3,54

t 2,7.2.

t 0,82

J 1,09

t 1.0?

1 0.:2

* 0.54

t100

MERCURY HISTOGRAM T GIANT MINE AREA

)

)

>

)

XXXXXXXXXX'/XXXXXXXX0.76s t

xxmvxxxxxxxxxxxxx:.:?: t

xxxxxx3,31; *

xxxxxxS-347 t

'. ytr, *'_' * w / * T

9 ,«..»•: i•_- * l V *- 1'

;.::.

11.453 *

4 ^ nrt / *4 *. t " WW *

"4.514 t

16.042 *

17,569 t

19,097 *

20,425 *

22,153 '*

23,631 *

*. w * <L V V ^

** J J * J0 20 40 JO 30

r-RCINT

^'^rTS «? Si«« f' - *^"

*

t

%

\

t

t

t

J

t

t

t

1

t

t

t

t

t

t

100

37.33

37,33

1 1 . 5E

. . r^

.«. 10v t 3w

" V °

"-,09

0.00

0.14

0.14

0,00

0,00

0.00

0,00

0.14

0,14

0,14

0.14

VftSIftSCE

ARSENIC HISTOGRAM - GIANT MINE AREA

APPENDIX F

DATA LISTINGS - GIANT HINE

Hine inforastiont

Nuaber of Channel i Channel 2 Channel 3 Chsnritl 4

LINE 100E

STATION10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,9425,9400,

records t 38, Bin! 9400,000 Hint 10000,00 •in: 9400,000 hint 798,0000

X-CQORB10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,10000,

Y-COORH10318,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,9425,9400,

8.3x5 10325,00 max! 10000,00 8,3x5 10325,00 msx: 2618,000

MAGNETIC VLF-BIP VLF-QUAB Au-ppb AS-PP* H3-pp» AS-PP* Sb-pj*1137,923,876,862,855,798,891,916,806,832,1326,1326,1107,1192,1260,1211,999,

1091,1801,2618,1402,1310,1211,1013,926,887,856,912,853,854,954,843,882,849,813,875,826,811,

-42,-28,-18,-12,-6,-3,6,3,8,

11,16,23,29,35,38,46,54,39,-4,

-25,-24,-38,-45,-38,-26,-20,-13,-9,~li-6,0,

-10,6,6,12,17,24,28,

13,18,20,15,21,20,20,17,15,15,13,12,12,11.11,14,8,4,4,8,7,

-2,-2,0,2,4,7,6,11,5,7,

-11,6,2,5,8,10,12,

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,07,50,00,00,00,00,00,00,00,00,00,0

1,90,70,00,80,01,10,00,70,00,70,00,70,01,10,00,80,01,90,01,30,02,30,01,10,01,30,04,50,00,60,00,70,01,60,01,30,01,1

95,74,0,

105,0,

74,0,

126,0,

84,0,

53,0,

74,0,

53,0,

53,0,

63,0,

158,0,

105,0,

116,0,

126,0,

32,0,

42,0,

84,0,

63,0,

95,

0,00,40,00,20,00,00,00,40,00,40,00,20,00,20,00,20,00,40,00,20,00,60,00,00,00,40,00,00,00,00,00,00,00,00,00,20,00,8

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

O'O O'O '£9 O'lO'O O'O '0 O'OO'O O'O 'W £'IO'O 0*0 '0 O'OO'O O'O '911 £'0O'O O'O '0 O'OO'O 9'0 'SOI O'lO'O O'O '0 O'OO'O O'O 'S6 VIO'O O'O '0 O'OO'O 2'0 '2* 9*1O'O O'O '0 O'OO'O 2'0 'S6 9'2O'O O'O '0 O'OO'O O'O 'Lil L'lO'O O'O '0 O'OO'O VO '891 6'2O'O O'O '0 O'OO'O VO 'S2I 6'IO'O O'O '0 O'OO'O 9'0 'S6 S'2O'O O'O '0 O'OO'O Z'O 'S6 8'0O'O O'O '0 O'OO'O 9'0 '*8 I'2O'O O'O '0 O'OO'O O'O 'St. £'I0*0 2'0 '0 O'OO'O Z'O '911 S'£O'O O'O '0 O'OO'O VO V£I £'2 O'O O'O '0 O'OO'O Z'O '2(r I'lO'O O'O '0 O'OO'O O'O '*£ O'lO'O O'O '0 O'OO'O O'O 'SOI 9'0O'O O'O '0 O'OO'O O'O '0 O'OO'O O'O Y*l S'2

0000s000500000s0000000s00000000000000000

'0'0•o'0*i•o•o•o•i•o'0•o•o'0•L'0'0'0'0•o'0'0*i'0•o'0•o•o•o•o•on•o•o'0•o•o•o'0'0'0

•8-'£'S•o'£'£'£'2'S'8•6'8•L•9'8'8'9•s•2•2•fr'9•8'8•8•6'01•01•01'*!'SI'21'LI'02'61'61'12'32'£2'52

4

4

1

4

4

4

1

t

4

4

4

4

4

4

t

4

1

«

4

4

4

4

4

4

1

4

4

4

4

4

1

4

4

4

4

4

»

4

t

t

92£22£1612190SL£I-21-91-81-*2-9£-05-29-*9-82-trlU852£2£*251*T21i\202-01-21-*I-62-W-

4

*

4

4

4

4

•t

4

4

4

4

4

*

4

4

4

6281286*8928056as9*8£58068888I£OI606116*I6156016826'SIOI4

4

4

4

'

4

f

4

4

t

*

4

4

4

4

4

1

4

4

4

1

*

053018£16*9£I223£901££01ISII558£*0t2III*Si9S8*£8206116106668£88IS8888*98

q<«-nv aWQ-Jlft JIU-J1A OI13N9W

QOO'*9£IOO'StfQI00 '00201OO'Stf:OI

JXSqi•xe«•xeaJX8«1

'00*6'52*6'05*6'5^*6'0056'5256'0556'5^56'0096'5296'0596'5/196W6'52^6W6'5^6'0086•5286'0586'5^86'0066'5266'0566*S£66'00001'S200I'OSOOI'5^001'OOIOI•52IOI•OSIOI'StfOI'00201'52201'05201'5^201'00£OI•S2£OI'05£OI*09£OIuaooo-A

0000* *S<1000'00*6GO'00201000'00*6'0* t

4

4

4

4

f

4

«

4

4

f

4

4

»

4

4

4

4

4

4

4

4

4

1

4

t

4

*

4

4

4

4

4

4

4

4

4

4

4

4

4

00201002010020100201002010020100201002010020100201002010020100201002010020100201002010020100201002010020100201002010020100201002010020100201002010020100201002010020100201002010020100201002010020100201uaooa-x

{UT«;utiBJUTlJIJI'U

'00*6'52*6'05*6'5^*6'0056'5256•0556'5^56•0096'5296'0596'S£96'00£6'S2£6'OS£6'5^6'0086'5286'0586'5^86'0066'5266•0566'5^66'00001'52001'05001'S^OOI'OOIOI'S2IOI'OSIOI•S/1IOI'00201'S220I'05201'S£20I'00£OI*S2£OI'OS£OI'S££OINOIiVIS

3201 3HI1

^ 13UU81(3£ I3UUSIJ3J [3UUSl{3

1 |3IJU8l)3spjoodj jo .laqmnfj

3201 J3UT1

ILine information*

Line! 104ENunber of records ' 43,Channel 1 Bin! 9400,000 sax? 10450,00Channel 2 tin! 10400,00 naxt 10400,00Channel 3 nin5 9400,000 ux'. 10450,00Channel 4 tint -0.1000000E-29 tax} 1892,000

LINE 104E

STATION10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9B25,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,9425,9400,

X-COORD10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400.10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,10400,

Y-CDORH10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,9425,9400,

HABNETIC812,892.935,896,891,838,872,835,873,890,893,887,846,797,896,

1176,1238,1687,1892,1292,1043,894,961,925,920,901,896,901,880,B71,1008,830,847,636,855,911,883,878,915,13,

1633,42,549,

VLF-DIP-84,-90,-76,-51,-53,-40,-33,-22,

2,-34,-28,-18,-11,-22,~6,-2,7,

17,19,11.-2.

-38,-38,-32,-30,-10,

2,7,7,

10,17,24,28,37,54,70,24,

-16,-47,-52,-58,-42,-27,

VLF-GUAD Au-ppb 13, 13, 18, 23,21.22. 36, 28, 38, 12, 20, 16, 19,4,

10, 12, 10,6,

10,10.11.6.7.8. 8, 8,6.7. 4, 7, 6,6.7.7,

10,7,

-2,-14,-9,

-20,-26,-25,-25,

>pb As-ppfc H5-PP1I ASI-PPB Sb-ppi0,00,07,50,00,00,07,50,00,00,00,00,00,00,00,00,00,00,07,50,07,50,00,00,00,00,00,00,00,00,00,00,00,00,00,07,50,00,00,00,00,07,50,0

0,00,50,50,01,10,00,70,01,40,00,70,01,90,02,50,01,10,02,10,00,70,01,00,01,70,00,80,03,10,02,90,02,50,01,74,70,00,00,00,01,32,70,0

0,130,104,

0,95,0,

95,0,

74,0,

84,0,

95,0,

95,0,

95,0,

145,0,

74,0,

125,0,

145,0,

125,0,

170,0,

180,0,

190,0,

220,84,0,0,0,0,

126,137,

0,

0,00,00,00,00,00,00,00,00,00,00,00,00,20,00,00,00,00,00,40,00,20,00,00,00,40,00,00,00,00,00,20,00,20,00,20,20,00,00,00,00,00,00,0

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

Hine information*

Line! 105E Niraber of records t 30,Channel 1 Channel 2 Channel 3 Channel 4

LINE 105E

STATION10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,

•in! 9475,000 MX! 10200,00 mini 10500,00 »ax5 10500,00 ninJ 9475,000 i.axJ 10200,00 ain! -0.1000000E-29 nsx! 9575,000

X-COORB10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,10500,

Y-COORD10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600.9575,9550,9525,9500,9475,

MAGNETIC VIF-IUP VLF-QUAH Au-ppb AS-PPH HS-pp» ftS-ppi Sb-pps939,946,950,947,939,900,888,837,805,802,691,

1232,958,922,943,954,908,907,928,857,950,844,834,838,819,937,822,800,814,811,

4,4,6,6,1,8,-2,

-13,-7,

-25,-34,-31,-26,-18,-12,-9,"*1 »

2,8,

16,23.22,34,50,65,

100,88.44,8,

-6,

4,5,4,4,4,4,7,9,14,14,8,8.8,

10,9,

10,9.

10,10,12,10,4,8,

12,16,18,-4,

-10,-4,2,

0,00,07,50.00.00,00,00,00,00,00,00,00,00,07,50,00,00,00,00,00,00,0

25,00,00,00,00,00,00,00,0

0,00,00,90,01,40,01,20,02,30,00,50,00,70,01,10,01,80,01,10,02,30,03,00,01,90,00,40,00,70,0

0,0,

160,0,

74,0,95,0,

137.0,

105,0,

157,0,

137,0,

170.0,

105,0,

210,0,

200,0,

210,0,

53,0,74.0.

0,00,00,00,00,00,00,00,00,40,00,20,00,00,00,00,00,00,00.00.00.20.00.00.00,00,00,00,00,20,0

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00.00.00,00,00.00.0

(Line infortstiont

Line! 106ENimbeChannel 1ChannelChannelChannel 4

LINE 106E

STATION X-COORD Y-COQRD HAGNETIC VLF-DIP VLF-QUAD Au-w* AS-PP» Ha-ppk AS-PPH

if records t 25,1 Bin! 9575,0002 tin! 10600,003 Bin! 9575,0004 kin! 739,0000

sax!tax!S3X,tax!

10175,0010600,0010175,001303,000

10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,

10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,10600,

10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,

885,883,883,924,949,917,930,949,1218,1276,1098,1269,997,936,918,

1303,964,900,895,887,904,846,812,739,759,

-22,-7,1,

11,17,22,-20,-34,-28,-27,-26,-18,-8,-3,3,8,13,20,24,28,41,56,80,92,102,

13,15,18,20,18,14,10,10,5,5,9,

10,10,8,8,B,8,8,7,5,9,8,8,

10,5,

0,00,00,07,50,00,00,07,50,00,00,00,00,07,50,07,50,00,00,00,00,00,00,00,00,0

0,02,80,01,20,01,10,01,80,04,20,02,30,01,90,02,10,01,80,01,20,01,60,00,90,0

0,95,0,

180,0,

126,0,

147,0,

305,0,

230,0,

190,0,

180,0,

170,0,

190,0,

230,0,

115,0,

0,00,00,00,00,00,00,00,00,00,00,00,40,00,00,00,00,00,00,00,00,00,20,00,00,0

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

ILine inforaationt

Line? 107ENuuber of records 5 27,Channel 1 kin! 9625,000 isxt 10275,00Channel 2 Bint 10700,00 BBX} 10700,00Channel 3 kin! 9625,000 BBX! 10275,00Channel 4 kin! 324,0000 kaxi 1345,000

LINE 107E

STATION10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,

X-COORH10700,10700,10700,10700,10700,10700,10700.10700,10700,10700,10700,10700,10700,10700,10700,10700,10700,10700,10700,10700,10700,10700,10700,10700,10700,10700,10700,

Y-COORH10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,

MAGNETIC VLF-DIP VLF-QUAB Au-ppb AS-PPS \833,842,854,843,825,602,777,998,1135,1001,919,

1221,1345,1106,1025,1075,925,927,918,896,884,883,881,830,636,623,324,

-17,-8,-9,

-11,4,

14,18,4,

-3,-26,-27,-26,-20,-22,-12,-6,-9,2,4,

10,17,24,32,43,58,80,94,

10,12,13,12,18,20,14,12,10,10,8,6,10,7,10,10,3,

10,7,6,7,8,7,8,8,

14,6,

0.07,50,00,00,0

25,00,07,50,00,00,00,00,00,00,00,00.00,00,00,00,00,00,00,00,00,00,0

0,02,80,02,30,01,80,01,60,02,80,02,50,01,80,01,60,01,60,02,70,01,60,01,82,31,80,0

te-pp* AS-PPII Sb-ppi0,

126,0,

105,0,

64,0.

95,0,

126,0,

210,0,

180,0,

147,0,

147,0,

240,0,

170,0,

200,220,147,

0,

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,40,0

ILine inforastiont

Line! 108E NuBber of records ! 33• Channel 1 iiin! 9525,000 Channel 2 «in* 10800,00 Channel 3 nint 9525,000 Channel 4 mint -794,0000

LINE 108E

sax,83X,»a>:5 sax!

10325,0010800,0010325,007819,000

STATION X-COORB Y-COORD HAGNETIC VLF-DIP VLF-OUAD Au-ppb AS-PPS HS-PPH Aa-ppt Sb-pp»10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,

10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,10800,

10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,

781,765,767,807,788,789,742,524,-794,7819,1545,1093,1212,1080,979,932,935,

1039,1023,875,864,844,845,838,802,832,788,469,493,747,787,712,443,

2,3,11,19,19,18,6,

-7,-16,-5,-16,-30,-31,-25,-18,-10,-8,-5,-1,6,12,15,17,29,37,47,72,

100,86,53,-8,

-82,-117,

14,14,18,18,15,13,10,10,10,14,13,8,7,

10,10,10,7,8,6,2,4,0,3,2,2,1,2,

-2,-3,-7,2,3,3,

0,00,00,07,50,00,00,00,00,00,00,0

10,00,07,50,00,00,05,00,00,00,07,50,07,50,00,00,00,00,00,00,00,00,0

0,01,40,01,10,01,40,01,90,03,60,03,00,00,90,02,50,02,50,02,10,02,10,02,30,01,80,02,80,01,21,20,90,0

0,116,

0,84,0,

64,0,

105,0,

115,0,

115,0,

137,0,

147,0,

147,0,

220,0,

160,0,

160,0,

137,0,

190,0,

116,105,137,

0,

0,00,20,00,00,00,00,00,20,00,20,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

*Line infomation*

Nusber of records J 46.Channel 1 nin! 9400,000Channel 2 »in5 10900,00Channel 3 tin! 9400,000Channel 4 i.inJ 377,0000

»3Xl•ax!sax!if.axt

10525,0010900,0010525,002339,000

LIKE 109E

STATION X-COORD Y-CQORB MAGNETIC VLF-IUP VLF-OUAD Au-ppb AS-PP* HS-ppi ftS-PPi Sb-pp*10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,9425,9400,

10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,10900,

10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,9425,9400,

851,839,806,774,775,B04,745,749,724,707,696,723,733,761,831,

1169,2339,1278,1117,1017,1021,980,936,959,893,870,859,839,844,836,818,810,805,779,377,822,766,808,790,788,648,796,1022,822,429,751,

-33,-24,-19,-10,

2,15,24,15,17,5,11,18,19,14,35,n

-24,-16,-32,-31,-26,-21,-16,-14,-8,-2,-2.7,10,28,84,42,58,68,76,

118,48,6,

-28,-54,-128,-102,-80,-62,-54,-48,

16,22,22,25,30,24,20,15,18,12,16,20,16,14,13,10,13,14,8,8,6,7,7,5,4,4,2,2,2,8,10,-4,-2,-2,0,

-6,-10,-4,8,

11,-5,-6,-6,-4,0,0,

7,55,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

25,00,0

30,00,00,00,05,00,07,57,50,00,00,00,00,00,00,00,07,50,07,50,00,07,50,00,00,00,00,0

1,42,10,01,80,02,10,01,80,01,60,01,60,07,00,03,00,02,70,01,80,02,80,02,80,01,90,92,40,01,70,01,10,01,60,01,40,01,20,00,01,12,70,06,70,01,9

126,158,

0,170,

0,116,

0,105,

0,147,

0,63,0,

95,0,

105,0,

95,0,

115,0,

180,0,

168,0,

157,105,200,

0,95,0,

84,0,

53,0,

126,0,

84,0,0,

95,160,

0,160,

0,200,

0,00,00,00,00,00,00,00,00.00,20,00,00,00,40,00,00,00,00,00,20,00,00,00,40,00,20,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,2

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

JLine inforealion*

Line! Number of Channel 1 Channel 2 Channel 3 Channel 4

LINE HOE

STATION10650,10625,10600,10575,10550,10525,10500,10475,10450,10425,10400.10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125.10100.10075,10050,10025.10000.9975,9950.9925.9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625.9600.9575.9550.9525.9500.9475.

HOE records ! 51. mint 9400,000 Bin! 11000,00 sin5 9400,000 idn! 170,0000

X-COORD11015,11015,11015,11015,11015,11015,11015.11015.11015.11015,11015,11015,11015,11015.11015,11015,11015,11015,11015,11015,11000,11000,11000,11000.11000,11000,11000,11000,11000,11000,11000.11000.11000.11000.11000.11000,11000,11000,11000,11000,11000,11000,11000.11000.11000.11000.11000.11000.

Y-COORD10635,10625.10600.10575,10550.10525,10500.10475.10450,10425,10400,10375,10350,10325,10300,10275.10250.10225,10200,10175,10150.10125,10100.10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750.9725,9700,9675,9650,9625.9600.9575.9550.9525.9500.9475,

•ax! 10650,00 nax! 11015,00 aax! 10650,00 R3x! 2046,000

MAGNETIC810,819,795,864,845,453,809,778,837,802,695,640,643,573.565.570.478.290,774,170,

2046,1865,1216,1135,1072,994,912,907,889,880,851.852,830,759,787,756.761.796,793,782,759,775,784,766,792.803.708,718,

VLF-DIP VLF-QUAB Au-ppb As-ppi Hsl-pp* AS-PPI Sb-ppi-34,-27,-26,-15.™2*-9.-8.-8.0.0,0,6,

-21,-8.-4.-2,2,

~2»-13,-14,-7,

-19,-17,-4,-30,-20,-3,

-11,-72,-74,-75,-74,-112,-14,

4,24,36,32,32,14,12,-1,-16,-28,-62,

-140,-150,-108,

36,14,19,28,40,14,17.13.13,13.12.10,4,

12,13,13,16,16,16.18,14,15,14,16,4,5,6,4,

-7.-4.-10,-5.8.

-6.6.0.2,

-16,-22,-14,-10,

0,10,6,

12,10,10,-9,

5,00,00,00,05,00,00.00.00,00,05,00,00,00.07,50.00,00,07,50,00,00,00,00,00,00,00,00,05,00,00,00,00,00,00,00,00,00.07,50,05,00,07,50,07.50.07,50,0

1,90.02.80,01,10,01,90,02,30,02,10.01,40,01,60,00,90,00.90.03,40,01,60,01,40,01,40,01,80,02.30,01,60,01,60,01,60,01,40,01,80,01,10,01,00,02,40,0

95.0.

105.0.

147,0,

230,0,

74,0.

63.0,

63.0.

95,0,

105,0,

105,0,

137,0,

137,0.

116.0,

125,0,

105,0.

126.0,

158,0.

220.0.

180.0.

158,0,

147,0,63,0,

21,0,

32,0,

0,00,00,00,00,00.00,20,00,20,00,00,00,00,00,00.00,20,00,40,00,40,00,00,00.20,00,00,00,00,00,20,00,00.00,00.00.00,00,00,00,00,00,00,00,00,00,00,0

0.00,00.00,00,00.00.00.00.00.00,00,00,00,00,00,00.00.00.00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

LINE HOE

STATION X-CQORD Y-COORD MAGNETIC VLF-DIP VLF-OUAD Au-ppb AS-PPH H«l-pp« AS-PPI Sb-ppi9450, 11000, 9450, 752, -82, -8, 0,0 1,6 180, 0,0 0,09425, 11000, 9425, 701, -68, -5, 0,0 0,0 0, 0,0 0,09400, 11000, 9400, 725, -63, -5, 0,0 3,6 285, 0,0 0,0

O'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'Ow<f-qS

O'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'O2'0O'OvoO'OO'OO'OVOO'OO'OO'OVOO'OO'OO'OO'OO'OVOO'OO'OO'O0*0O'OO'O«4d-£ty

'0'£9•o'2£'0'12•o'061'0Y£I '0•0*1•oYH•o'Oil'0•SOI•oYH'0'£5'0•w•oY£I'0Y£I•oY£I'0'921'0Y£I•o•8SI'0•w'0'£S•o'SOI'0'OSI'0'122•o•081W4-5H

O'OVIO'OVOO'O/.'OO'O2'tO'O6'0O'O9*1O'OriO'OL'bO'O2'IO'O8'2O'O6'QO'O2'tO'O2'IO'OI'2O'O8'2O'O6'frO'OI'lO'O8'20*0OYO'OVIO'O2'£O'OriO'O2'£O'OS'2

1 «<w-sy

O'OO'OO'OSYO'OSYO'OO'OO'OSYO'OO'OO'OO'OO'OO'OO'OO'OO'OO'SO'OSYO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OO'OSYO'OO'OO'OO'OO'OO'OO'OO'O

i q<w-ny

'fr'01'91'6'£-•VI-'61-'fr2-'91-'01'OSI'OSI'OS!'OSI'91•«'SI'£1•s'02•VI'21'II'21'91'02'02•02'02'£2Y2'81'VI'01'01'9'91'21'91'81'22YIY2'82'fr2'21'6'2(MKHTA

•221-•£V-•6£-•12-•s'££'V£'V8Y9•V6'OSI'OSI'OSI'OSI'QL'6fr'08*2fr'fr£•vv'62'22'91'SI'£'2-'H-'91-•91-'8-•6-•01-'6-'£1-'61-Y2-'22'9•I'£-•81-•01-'01-•9-•8E-Y9-'82-'91-m-sv

'S2£w'918•S£8'218'918'298'96i*9S£'frS£'118'6U'WL*£2i"ill'108'H8'108'S£8'^28'£98'fr^8'6£6

•EVOI'08H•S9VI•EUI'0861•VOVE'£6£2'£2£'£Stf'OVS•V9S'229'££9'0£9'IU*2£^'86^'8^'16^*IS^•858'6£6•926•5£8•EV8

\ mmw

*Sifr6'0056'5256'0556'5^56'0096'5296'0596'S£96'00^6'S2£6'05^6•fi^fi'0086'S286'0586'S£86'0066'5266'0566'5/166'00001•S200I'OSOOI'5*1001'OOIOI•S2IOI'OSIOI'SilOI'00201'S220I'OS20I'5i20I'00£OI'S2£OI'OS£OI'5^01'OOMI•S2WI•OSVOI'5^01'OOSOI'S2SOI'OSSOl'5^501'00901'S290I'5£90tgjjOOO-A

'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII•OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII•com'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII'OOIII•OOIII•oom'OOIII'OOIII•OOIII•OOIII•Mill•OOIII'OOIIIRHQG3-X

'S£fr6'0056'5256'OSS6'5^56'0096'5296'OS96'5Z96W6'S2£6•OStt '5^6'0086'5286'0586'5£86'0066'5266'OS66'5^66'00001'S200I'OSOOI'S£OOI'OOIOI'52IOI•OSIOI'SilOI'00201'52201'OS20I'SZ20I'00£OI'S2£OI'OS£OI'S££01•OOVOI'S2frOJ•OSWI'S^frOI'OOSOI'S2SOI'05501'S£SOI'00901'S290I'OS90INQIMS

3111 3NH

000 'W£ jxei 0000'£2£ JUT« 00'OS90I ;xe* 000'OOV6 JUT* £ Iau'J8MO OO'OOIII txsi OO'OOIII J'JT" Z 00*05901 !><8i OOO'OOW {'J?* I

•jg • spaooaa joam 'aun

LINE HIE

STATION X-CQORB Y-COORH HAGNETIC VLF-DIP VLF-QUAD Au-ppb As-ppi HS-ppt As-ppft Sb-ppt9450, 11100, 9450, 700, -106, -4, 0,0 1,2 126, 0,0 0,09425, 11100, 9425, 713, 150, 150, 0,0 0,0 0, 0,0 0,09400, 11100, 9400, 863, 150, 150, 0,0 1,8 190, 0,0 0,0

tLine inforaationt

Nuiber of Channel 1 Channel 2 Channel 3 Channel 4

LINE 112E

STATION10625,10600,10575,10550,10525,10500,10475,10450,10125,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,

records 1 50, tin! 9400,000 nin: 11200,00 hint 9400,000 Hint 556,0000

X-COORH11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,11200,

Y-COORB10614,10600,10575,10550,10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,

tax! 10625,00 nax! 11200,00 isxi 10625,00 tax! 1518,000

MAGNETIC VLF-BIP VLF-QUAB831,826,846,822,817,770,787,763,738,717,640,660,633,561,556,670,900,

1422,955,962,1518,1208,922,881,965,859,971,838,781,753,788,661,821,740,1008,725,733,718,697,828,1253,738,837,871,768,779,653,735,

-45,-50,-25,-17,-24,-60,-30,-14,-15,-7,33,2,

-27,-66,-44,-25,-18,-14,-25,-34.-16,-3,0.2,6,

12,20,18,38,30,42,40,46,53,68,65,80,

100,55,90,110,68,47,34,5,

-35,-21,14,

14,19,25,23,28,2.6,

24,24,14,18,14,16,10,20,24,32,32,12,12,11,10,8,

10,12,12,13,15,23,8,-3,5,8,

10,4,7,10,10,6,

10,6,

-13,-13,-13,-3,-2,-6,0,

ftu-ppb AS-PP* HS-PPII AS-PPB Sb-ppfc0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

115,00,05,00,00,00,00,00,00,00,00,00,00,00,05,00,00,00,00,00,00,00,00,00,00,0

1,43,40,01,80,01,20,02,20,02,60,04,00,01,00,01,60,01,00,01,20,02,00,03,40,03,00,01,80,00,60,01,20,02,20,01,80,02,00,02,30,02,70,01,60,02,80,01,2

137,170,

0,105,

0,126,

0,147,

0,63,0,

126,0,

126,0,

220,0,

147,0,

157,0,

125,0,

105,0,

160,0,

84,0,

170,0,

170,0,

280,0,

280,0,

240,0,

170,0,

105,0,

190,0,

84,0,

220,

0,00,00,00,00,00,00,00,20,00,20,01,20,00,20,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

LINE 112E

STATION X-COORD Y-COORD HAGNETIC VLF-DIP VLF-QUAD Au-ppb AS-PPH H3-PP« As-pp* Sb-pp«9425, 11200, 9425, 770, 35, 3, 0,0 0,0 0, 0,0 0,09400, 11200, 9400, 769, -4, 0, 0,0 2,5 116, 0,0 0,0

*Line inforaetiont

Line} Nunber of Channel 1 Channel 2 Channel 3 Channel A

LINE 113E

STATION10625,10600,10575,10550,10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,

113E records t 50, mini 9400,000 Bint 11300,00 Bin! 9400,000 tint 548,0000

X-COORD11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300,11300.11300,11300,11300,

Y-COORD10618,10600,10575,10550,10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,

•ax! 10625 tiaxt 11300 s 3x1 10625 •sx! 60280

,00 ,00 ,00 ,00

HftGNETIC MLF-DIP VLF-QUAD Au-PPb AS-PPI, H«!-pPi As-ppi Sb-ppii831,846,814,819,791,772,767,758,740,703,705,665,700,671,639,612,947,745,734,818,785,744,746,706,742,708,727,698,728,644,670,767,488,698,689,719,745,718,757,

1251,861,751,763,708,677,654,717,805,

-50,-61,-40,-35,-44,-13,24,24,38,

140,6,

64,-4,

-70,-68,-33,-28,-19,-16,-20,-22,-14,-8,-5,0,

14,35,54,25,32,33,39,65,56,42,19,4,

29,42,63,66,44,32,13,

-14,-16,-5,3,

5,14,35,25,18,28,42,42,32,26,12,13,11,12,28,25,30,15,16,7,11,12,14,4,15,20,21,27,3,0,8,

10,5,5,-5,

-10,-11,-4,0,

10,-1,

-12,-11,-10,-5,

-10,-4,-1,

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,07,50,07,50,07,50,00,00.00,00,00,00,00,00,00,00,00,00,00,00,07,50,00,00,00,0

2,44,00,01,20,01,00,02,80,02,00,01,80,01,40,01,80,02,20,01,20,01,40,00,80,02,00,01,00,01,20,03,00,01,00,01,00,01,40,02,00,01,60,01,00,00,60,01,2

174,74,0,

74,0,

95,0,

135,0,

135,0,

115,0,

145,0,

147,0,

180,0,

105,0,

170,0,

115,0,

147,0,

137,0,

180,0,

220,0,

157,0,

137,0,

250,0,

230,0,

315,0,

180,0,

136,0,

180,

0,00,40,00,20,00,20,00,40,00,20,00,00.00,20,00,00,00,20,00,00,00,20,00,20,00,20,00,20,00,20,00,40,00,00,00,00,00,20,00,00,00,20,00,00,00,20,00,0

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

LINE 113E

STATION X-COORH Y-COORD MAGNETIC VLF-DIP VLF-QUAD Au-ppb As-PP* Ha-ppn AS-pPi Sb-pp»9425, 11300, 9425, 723, 19, 0, 0,0 0,0 0, 0,0 0,09400, 11300, 9400, 728, -9, -1, 0,0 0,6 105, 0,0 0,0

(Line information*

Line! 114E Number of records J 49 (Channel 1 Channel 2 Channel 3 Channel A

LINE 114E

STATION10600.10575,10550,10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,9425,

•in! 9400,000 sint 11400,00 Bin', 9400,000 tin! -533,0000

X-COORD11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400.11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400,11400.11400,11400,11400,

Y-CQORB10600,10575,10550,10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850.9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575.9550.9525,9500,9475,9450,9425,

»3xl 10600,00 >BX! 11400,00 »3x! 10600,00 K3x: 1210,000

HABNETIC VLF-DIP VLF-QUAD Au-ppb AS-PPH HS-PPl AS-PP*. Sb-pps842,846,831,804,776,765,777,759,766,751,745,770,699,683,660,589,742,872,1210,715,789,756,766.759.683.660,674,666,715,685,925,650,720,717,915,460,1069,-533,804,833,721,694,683,680,757,696,569,797,

-10.-6,-2,

-16,-26.-18,

8,21,14,17,-2,

-24,-62,-46,-30,-48,-48,-36,-26,-15,-23,-15,-11,-8,-4,22,16,18,27,42,67,84,-4,

-45,-16.

2,20,18,25,40,67,25,5,

16,19,19,7,

34,

34,32,26,20,14,18,20,17,12,13,16,19,14,22,27,14,6,

16,18,18,

-21,15,22,18,18,14,5,9,12,15,21,10,-7,

-22,-3,

-31,-24,

2,6,

10,12,0,1,

10,5,3,1,5,

0,00,00.00,00.00,00,00,00,00,00,00,00,00,00,00,07,50,00,00,00,00,00,00,00,00,00,00,00,00,07,50,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

0,00,01,00,01,40,02,00,01,00,01,40,03,40,03,40,01,00,04,80,01,80,01,40,02,00,01,40,02,60,02,60,00,80,04,20.01,40,02,00,01,80,00,60,00,80,01,80,0

0,0,

100,0,

50,0,

366,0,

75,0,

83,0,

83,0,

83,0,

91,0,

108,0,

205,0,

91,0,

200,0,

183,0,

174,0,

150,0,

150,0,

300,0,

134,0,

166,0,

134,0,

116,0,

66,0,

166,0,

0,00,00,20,00,40,00,40,00,00,00,40,00,80,00,80,00,20,00,20,00,40,00,00,00,40,00,00,00,00,00,20,00,20,00,00,00,00,00,00,00,20,00,00,00,00,00,00,0

0,00,00,00,00,00,00,00,00,00,0d,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

LINE 114E

STATION X-COORD Y-COORD MAGNETIC MLF-DIP VLF-QUAD Au-f>f>b AS-PPH H«!-»»Pi AS-PPI Bb-PPi 9400, 11400, 9400, 665, 26, 3, 0,0 2,2 150, 0,2 0,0

*Line inforaationt

Nuaber of records ! 21.Channel 1 tin! 10000,00Channel 2 *in! 11600.00Channel 3 kin! 10000,00Channel 4 sin! 152,0000

tax!aax!tax!*ax«

10500,0011600.0010500.001044.000

LINE 116E

STATION X-CQORC Y-COORB MAGNETIC VLF-DIP VLF-QUAB Au-ppb AS-PPI Hsi-PPi te-ff-n Sb-PPi10500,10475.10450,10425.10400,10375,10350,10325.10300,10275,10250,10225,10200,10175,10150.10125,10100,10075,10050,10025,10000,

11600,11600,11600,11600,11600,11600,11600,11600,11600,11600,11600,11600,11600.11600,11600,11600,11600,11600,11600.11600,11600,

10491.10475,10450.10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125.10100.10075,10050.10025,10000.

152,1044,758.734,745,761.765.723,720,727,650,783,1023,809,833,781,783,879,724,746,757,

-60,-32.43,58,36,10,-22,-52,-40,-38,-38,-35,-22,-9,8,

14,-32,-26,-19,-9,4,

30.42,44,28.16,14,20,18.25,22.25,30,30,38,40,23.4,3,9,

15,20,

7,50,00,00,00.00,00,00,00,00,00,00,00,00,00.00,07.50,00.00.00.0

1.80,01,00,00,80,01.20,01,00.00,40,02,00,07,00,01,60,01.20,01.0

125.0,66,0,

133,0,

100,0,

174,0,

125,0,

166,0,58,0,

83,0.

108,0,

160,

0,40,00,20,00,20,00,00,00.00,00,00,00,20,00,00,00,00,00,00,00,0

0,00,00,00,00,00,00,00,00,00,00,00.00,00,00,00,00,00,00,00,00.0

tLine inforaation*

Line} 117E Nimber of records 5 47,Channel 1 Channel 2 Channel 3 Channel 4

LINE 117E

STATION10550,10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,9425,9400,

•in! 9400,000 «in! 11700,00 sin! 9400,000 Bin! -936,0000

X-COORH11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700,11700.11700,11700,11700,11700,11700,11700,

Y-COORD10536,10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,9425,9400,

tax! 10550,00 tax! 11700,00 nax! 10550,00 asx! 2002,000

MAGNETIC VLF-IUP VLF-QUAD Au-ppb AS-PPH Hs-pwt AS-PPII Sb-ppa831,810,803,

2002,715,780,763,756,757,735,737,732,729,708,-936,984,788,817,754,664,716,741,686,654,685,802,687,680,698,

1640,872,824,773,771,832,691,748,713,728,740,986,747,687,709,683,725,732,

-30,-34,-36,

1,33,-2,-32,-28,-14,-24,-24,-30,-28,-24,-15,

0,48,

-38,-14,-1,-14,""/I

3,6,10,18,29,9,

-27,-23,-16,-10,-8,-5,-2,2,2,

17,11,

-18,-25,-8,-3,0,5,2,5,

25,17,16,37,28,25,33,40,36,32,22,22,30,29,38,39,40,4,

22,14,7,

15,24,17,20,24,22,11,3,1,2,4,4,3,5,6,3,

16,4,

-12,-23,-8,-7,-4,-5,-7,-3,

0,00,00,00,00,00,00,00,00,00,00,00,00,00,07,50,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,07,50,00,00,00,00,00,0

3,70,01,50,01,30,02,40,06,00,03,80,01,00,01,81,40,01,60,00,01,20,01,80,02,20,01,20,00,80,01,20,01,60,00,60,01,60,01,60,00,60,01,60,02,00,01,2

80,0,

74,0,

103,0,91,0,

125,0,

83,0,

108,0,

83,108,

0,125,

0,0,

140,0,

160,0,

190,0,

270,0,

140,0,

160,0,

230,0,

116,0,

290,0,

350,0,

158,0,

250,0,

149,0,

174,

0,00,00,00,00,00,00.00,00,60,00,00,00,20,00,20,00,00,20,00,00,00,00,00,00,00,00,00,00,40,00,00,00,00,00,40,00,20,00,00,00,00,00,00,00,00,00,0

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

nine information*

Linet 118E Nuftber of records » 23,Channel 1 Channel 2 Channel 3 Channel 4

nin! 10000,00 din! 11800,00

i mini 10000,00 sin! -849,0000

tax! 10550,00 wx! 11800,00 »3X5 10550,00 63x5 887,0000

LINE 118E

STATION10550,10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200.10175,10150,10125,10100,10075,10050,10025,10000,

X-COORB11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,11800,

Y-COORB10536,10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,

MAGNETIC-208,728,852,767,887,796,820,

1,760,725,-312,-360,-509,-162,-241,352,833,

-849,34,

793,-340,623,-236,

VIF-BIP-24,-28,-45,-60,-42,-36,-18,-14,-30,-28,-37,-25,-7,

-30,-28,-29,-15,-10,10.-1.-28,-13,-4,

VLF-QUAB35,34,26,27,34,40,14,36,27,29.25,34,35,12,18.14.20,24,30,18,7,

15,17,

Au-ppb0,00,00,00,00,00.00,00,00,00,00.00,00.00.00,00,00,00,00,00,00,00,00,0

AS-PPB2,80,00,70,02,20,027,50,012,20,01,13,40.00,02,10,00,90,01,10,01,50,00.5

H5-PP697,0,

86,0,

91,0.

108,0,

97,0,

143,1B8,

0,0,

171,0.

97,0,

108,0.

103,0,

143,

A2-PPI0,20,00,40.00,20.00.60.00,20,00.00.00.00.00.00,00,00,00.00.00,00,00.0

SD-PPH0.00.00,00,00,20,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

*Line inforustion*

Linet 119E Number of records i 25.Channel 1 Channel 2 Channel 3 Channel 4

LINE 119E

STATION10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,97/5,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,9425,9400,

kin! 9400,000 mint 11900,00 ftin! 9400,000 Bin! 432,0000

X-COORD11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,11901,

MX! 10000,00 nax! 11900,00 MX! 10000,00 BIBX! 656,0000

Y-COORD MAGNETIC VLF-BIP VLF-OUAD Au-ppb AS-PP* HS-PPH ftS-PP* Sb-pp*10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700.9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,9425,9400,

769,432,775,555,719,769.723,856,795,729,719,713,717,749,795,741,706,734,804,722,682.679,693,678,637,

-5,-4,-6,2,

-8,0,6,

11,17,31,8,

-40,-26,

8,-11.-33,-15,-5,-4,

-11,0,0,5,7,7,

13,15,10,10,3,

13,14,15,16,18,4,

-9,-12,10,-5,

-22,-16,-9,-12,-11,-10,

2,n

-4,-4,

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

0,50,01,30,01,00,01,40,01,50,00,70,022,00,00,90,00,50,02,90,01,80,00,70,00,6

139,0,

239,0,

188,0,

182,0,

170,0,

91,0,

137,0,

160,0,eo,0,

342,0,

125,0,

120,0,

114,

0,20,00,00,00,00,00,00,00,00,00,00,00,20,00,20,00,00,00,00,00,40,00,00,00,2

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,20,00,20,00,00,00,00,00,00,00,0

*Line information*

Number of records ' 48.Channel 1 sin* 9375.000Channel 2 mint 11500.00Channel 3 nici'. 9375.000Channel 4 sin! 562.0000

nax!*3>;!sax.tax!

10550.0011500.0010550.00918.0000

LINE 115

STATION X-COORD Y-COORD HAGNETIC VLF-DIP VLF-QUAB Au-ppb AS-PP* H$-PPi AS-PPS Sb-ppfi10550.10525.10500.10475.10450.10425.10400.10375.10350.10325.10300.10275.10250.10225.10200.10175.10150.10125,10100,10075.10050,10025,10000,9975.9950,9925.9900.9875.9850.9825,9800.9775.9750.9725.9700.9675.9650.9625.9600.9575.9550.9525.9500.9475.9450.9425,9400,9375,

11500,11500,11500,11500,11500,11500,11500,11500,11500.11500,11500,11500,11500,11500,11500,11500,11500,11500,11500.11500.11500.11500.11500.11500.11500.11500.11500.11500,11500,11500,11500,11500,11500,11500,11500.11500,11500,11500,11500,11500,11500,11500.11500.11500.11500,11500.11500.11500,

10550,10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225.10200,10175,10150,10125,10100,10075,10050,10025,10000,9975,9950,9925,9900,9875,9850,9825,9800,9775,9750,9725,9700,9675,9650,9625,9600,9575,9550,9525,9500,9475,9450,9425,9400,9375,

876,807,820,823.797.770,806.799,752,774,752,739,751.757.755,797,792,793,832,699,708,759,672,660,729,825,735,715,686,701,713,562,918,584,784,822,779,814,780,810,716,737,663,667,611,818,747,

0,

2,0,-2,

-11.6,

33.10.

-29,0,

-28,-62,-44,-47,-48,-38,-28,-21,-16,-14,-19,-13,-10.16,16,16,50,65,45,21.

-10,-28,-23,-5,2,5,

11,11,15,5,

-10,3,6,4,7,8,

11,16,0,

25,25,24,26,28,21,16,20,22,18,16,22,16,16,18,20,21,22,16,13,17,15,18,14,14,28,24,5,2,

-2,-2,-2,-2,"*)

0,0,1,0,6,

-5,—")

-2,-2,-6,0,

-2,-2,0,

0,00,00,00,00,00,00,00,00,00.00,00,00,00,07,50,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

1,00,01,40,00,60,02,00,01,80,01,80,02,00,01,60,00,60,01,00.02,00,01,80,01,60,01,20,01,20,01,20,01,00,02.20,01,60,01,60,01,80,01,80,03,60,02,60,0

108,0,66,0,

108,0,

75,0,

58,0,75,0,

160,0,

150,0,

100,0,

140,0,

133,0,

108,0,

175,0,

150,0,

140,0,

160,0,

75,0,

190,0,

230,0,

166,0,

225,0,

175,0.

108,0,

191,0,

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,20,00,20,00,00,00,00,00,20,00,20,00,40,00,00,00,40,00,00,00,40,00,00,00,00,00,40,00,40,00,20,0

0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

*Line information*

Line: 120E Nuniber of records 5 22.Channel i Channel 2 Channel 3 Channel 4

iti in! mini iiin! oiin!

10000,00 12000,00 10000,00 611,0000

»ax! 10525,00 max! 12000,00 §3X1 10525,00 •3x5 1130,000

LINE 120E

STATION10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,

X-COQRD12001,12001,12001,12001,12001,12001,12001,12001,12001,12001,12001,12001,12001,12001,12001,12001,12001,12001,12001,12001,12001,12001,

Y-COQRD10525,10500,10475,10450,10425,10400,10375,10350,10325,10300,10275,10250,10225,10200,10175,10150,10125,10100,10075,10050,10025,10000,

MAGNETIC73?,752,763,843,821,788,758,741,611,786,817,713,854,646,773,

1130,789,771,754,747,830,807,

VLF-HIP-41,-52,-52,-53,-46,-38,-40,-36,-34,-30,-20,15,

-15,-37,-30,-25,-15,-17,-13,-9,-5,-3,

VLF-QUAD10,7,18,24,28,30,28,18,25,28,38,38,14,-2,8,Hi11,15,15,17,18,14,

Au-ppb0,07,50.07,50,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

AS-PPS0,01,60,01,40,03,10,05,30,03,12,20,00,04,40,01,50,02,80,03,10,02,2

HS-ppft0,

113,0,

165,0,

120,0,

126,0,

270,183,

0,0,

290,0,

205,0,

245,0,

320,0,

135,

AS-PPBI0,00,00,00,00,00,00,01,00,00,20,20,00,00,60,00,40,00,80,00,00,00,0

Sb-ppin0,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,00,0

APPENDIX G

DATA LISTINGS - GOLD ROCK EXTENSION

UM-4500records ! 13 * mini 0,0000000 p-int 5480,000 ruin! 1720,000

f:hr-nnt;l 4 mint 0.1000000EI31

Numbt-v of Channel 1 tt-isnnel 2

maxRl3X

ftlSX

300,0000 5500,000 2020,000

-0,1000000Et31

LINE. ufi-4500STATION

0,25,50,71.,

300,125,150,r/ 3,200,225,250,275,300 ,

X--COQRD5480,5482,5483,5485,5487,5488,5490,54S-2 ,5473,5495,5497,5498.5500,

Y-COORD MAGNETIC DIP ANG QUAD AS-PPBI H2-ppb Sb-ppn. As-ppm1720,1745,1770,1795,1820,1845,1870,1895,1920,1945,1970,1995,2020,

0,0,0,0,0,0,0,0,0,0,0,0,0,

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-3,23,

-48,-38,45,48,50,61,68,80,

-30,-42,-28,-30,-2,

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85,0,0,0,

207,0,0,0,0,0,

82,0,0,

0,10,00,00,00,10,00,00,00,00,00,10,00,0

0,10,00,00,00,10,00,00,00,00,00,10,00,0

no! UM2000r of records t 38.

Channel 1C:hi.niM*3 2Channel 3Channel 4

Hi in!mifi!iriinJHi in!

0,00000003940,0001610,000

0,.tOOOOOOE431

ITlSX

maxmaxITI3X

925403249

-0,10

LINE UM2000

STATION0,

25,50,75,

100,125.150,:i 75 ,200 ,225,250,275,300.325.350,375,400,425,450,475 ,500,5>25,550,575 ,600,625,650,675,700,725,750,775,800,825,850 ,875,900,925 ,

X-OOORP4010,4008,4006,4004,4002,4001,3999,3997,3995,3993,3991,3909,3987,3985,3984,3982,3 9 SO,3978,3976,3974,3972,3970,3968,3966,3965,3963,3961,3959,3957,3955,3953,3951,3949,3948,3946,3944,3942,3940,

Y-COORP MAGNETIC2490,2466,2442,2419,2395,2371,2347,2324 ,2300,2276,2252,2228 ,2205,2181,2157,2133,210V,2006,2062,2038,2014,1991,1967,1943.1919,1895,1872,1848,1824,3800,1776,1753,1729,1705,1681,1658,5 634 ,1610,

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DIP ANG21,

XL. *

38,26.15.19,28,15," J t

-7,5,

26,-12,25,13,

-38,tr J *

22.46,55.58.27,45,35.46,45.34.32,22.13,19,15,5,

-34,-40,-47,-58,-48,

QUAD

-25,-30,-32,-34.-20.

12,-20,-38,-37.-22.-36.--40,-6.

-30,-38. 18,

-12,-22,

*"u *

-10,-8, 20, 14,

-22,-4.

4,-4.

-12.-•11.-•14.-14,-10,-28,-15.-36.-32,

AS-PPIH- 0,0 0.0 0.0 3.4 0.0 0,0 0.0 5.2 0.0 0.0 0.0 2,3 0,0 0.0 0,0 0,0 0,0 5,4 0,0 0.0 0.0 0,0 0,0 1,6 0,0 0,0 0,0 0,0 0,0 4.2 0,0 0,0 0.0 0,0 0.0 3,6 0,0 0,0

Hsi-ppb0.0.0,

46.0.0.0,

96,0.0,0,

192,0,0,0.0.0.

228.0.0.0,0.0.

78.0.0.0,0.0,

282,0,0,0.0,0,

100,0,0.

Sb-ppm 0.0 0.0 0,0 0.1 0.0 0,0 0,0 0,1 0,0 0.0 0.0 0,1 0,0 0,0 0,0 0,0 0,0 0,1 0.0 0,0 0,0 0,0 0,0 0,1 0,0 0,0 0,0 0.0 0.0 0.4 0.0 0,0 0,0 0,0 0.0 0.1 0,0 0,0

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T'O0*0O'OO'OT'OO'OO'OO'OO'OO'OT'OO'OO'OO'OO'OO'OT'OO'OO'OO'OO'OO'OO'OO'OT'OO'OO'O0*0O'OO'OO'OO'OT'OO'OO'OO'OO'O

iJMd-jsy

T'OO'OO'OO'OT'OO'OO'OO'OO'OO'OT'OO'OO'OO'OO'OO'OT'OO'OO'OO'OO'OO'OO'OO'O2*0O'OO'OO'OO'OO'OO'OO'OT'OO'OO'OO'OO'O

iiM'4-.q

'9£T'0'0'0*SH'0'0'0•o•o•HT'0'0•o'0'0•SfrT'0'0'0'0'0'0'0•TH•o*0'0•0'0*0'0'26'0'0•o'0

3 q'W-5H

8'2O'OO'OO'OT'2O'OO'OO'OO'OO'Ofr'2O'OO'OO'OO'OO'O8'2O'OO'OO'OO'OO'OO'OO'O6'TO'OO'OO'OO'OO'OO'OO'O8'^O'OO'OO'OO'OG*:

njd-j-sty

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'0•o'0'0'0'0'0•2E*H'££•OT*2T~'2T•02-*2•£-•*2T-•s-•s->l•8•ST*2T•2T•8-V*2*OT* *'-«

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'0*0•o(0*0•o*0•o'0'0*0•o•o'0'0•o•o*0*0'0•o'0•o•o•o•o•o'0•o•o•o'0•o•o'0*0(0

H 3ILMWW

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'06G£' 06r,p/:'06S2* 06Gv:*06S£*OAQ£•06GE'06Q£•1652*T6'a£'265£'26l.i£' £6G£*£.S5£*t?6Q£' tr.SS£*'36G£'GA^iil' 96S£'96'^:V.4GE*/.6Q£'8652•86S£•66GE•66SE'009£"009£•I09E*T09£'209£'o09£'^09't'XOV£*'/C9E' 1/0921 G09EiiyoiKi-x

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T£I3000000T'0- :;<«'« TE'l- .3000000 TO ;'J?r« i?000'StV2 J^m 000*02^; t jucwi £000*2092 txem 000*06G£ JU'P'J 20000*006 !•«-"« 0000000 '0 {'•"'Pi T

OOGTWll

#Line information*

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LINE UM500

STATION0,

25,50,75,

100,125,150,175,200,225,250,275,300 <325,350,375,400,

niinini i n 5ffiinim i n t

X-COORD2985,2987,2988,2990,2991,2993,2994,2996,2998,2999,3001.3002,3004,3005,3007,3008,3010,

0,00000002985,0001455,000

0,1000000E-f31

HIBXmaxmaxmax

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; 400,1 3010', 1850

0000,000,000

! -0.1000000E+31

DIP ANG-12,-33,-50,-45,-4,10,-7,1,3.

-20,— O

-17,-12,-28,-7,

-15,-50,

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20,26,40,0,

35,0,4,8,2,12,

0,0 0,0 0,0 0,0 3,6 0,0 0,0 0,0 5,6 0,0 0,0 0,0 4,5 0,0 0.0 0,0 0,0

0, 0, 0, 0,

199, 0, 0, 0,

109, 0, 0, 0,

132, 0, 0, 0, 0,

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toe*. UHOO Number of records 5 B, Channel 1 niinJ 0,0000000 Channel 2 mini 2670,000 Channel 3 in in? 1520,000 Channel 4 mini 0,1000000E+31

LINE UMOO

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175,0000 2690,000 1690,000

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STATION X-CQORD Y-COORD MAGNETIC DIP AN6 QUAD As-ppm H2-ppb Sb-ppn,0,

25,50,75,

100,525-150,175,

2690,2687,2694,2681.,2679,2676 ,2673.2670,

1690,3.666,1641,1617,1593,1569,1544,1520,

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2,-10,18,25,25,24,-4.4,

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468,0,

150,

0.00,00,00,00,00.10,00,1

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[neJ UM3500 Number of records ! 1.4. Channel 1 mint 0,0000000 Channel 2 mint 4890,000 Channel 3 mint 1830.000 Channel 4 mint 0.1000000EI31

LINE UM3500

max; 325,0000ir.3x5 4910.000itisxt 2155.000(next -0.1000000E+31

ilION0.

25,50,75,

100,125,150,17S,200,225,250 ,275,300,325,

X-COORD4890,4C92,4893,4895,4897,4898,4900,4902,4903,4905,4907,4908.4910,

0,

Y-COORD MAGNETIC DIP ANG QUAD AS-PPIJI HS~ppb Sb~ppm Ag-ppm1830,1857,1884,1911,1938,1965,1993,2020,2047.2074,2101.2128,2155,

0,

0,0.0,0,0,0,0,0,0,0,0,0.0,0,

-17,-10,-20,-45,-33,-22,~38 ,-10,-7,0,7.

16.28.35.

10,4,1,5,8,2,

-8,-36,-2,

-11,10,16,4,

35,

0,00.00,03,80,00,00,00.00,01,40,00,00,00,0

0,0,0,

59,0,0,0,0,0.

168,0,0,0,0,

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0,00,00,00,10,00,00,00,00,00,10,00,00,00,0

*Line information*

PneJ UH4000 Number of records 5 17.Channel 1 Channel 2 Channel 3 Channel 4

itiinJ 0 itdn! m in! m in* 0

,0000000 max! 400.0000 5200.000 n,s>;. 5225,000 1590,000 B3x! 2015,000 •1000000E+31 niBxt -0,1000000E*31

LINE; uwoooSTATION

0,25.50.75 •

100,125,150,175,200,225.250.275.300,325,350,375,400,

X-COORD5200.5202,5203.5205.5206,5208,5209,5211,5213,5214,5216,5217,5219,5220,5222 ,5223,5225,

Y-COORD3590,1617,1643,1670,1696,1723,1749,1776,1803,1829,1856,1882,1909.1935,1962.1988,2015,

MAGNETIC0,0.0.0.0.0,0.0.0.0.0,0,0,0,0,0,0,

DIP AN6-6,3,

-12,-12,-22,-23.-32.-30.-35,-15.-12,

0,25,45,40,37,30.

QUAD-2,6,

-20,-14,-8,

-12,-22,-24,-14,-24,-32,-30,-18,-10,-25,-5,13,

As-ppni3,70,00,00,03,40,00,00,03,70*00,00,02,30,00,00,00,0

Hs-ppb126,

0,0,0,

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129,0,0,0,

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Sb-ppni0.10,00,00,00,10,00.00,00,10,00,00,00,10,00,00,00.0

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Cne: GR500Number of records 14,ChannelChannelChannelChannel

1r)

34

Hi in 5man!RiinJmin!

0,00000001880,000140,0000

0,10GOOOOE431

n:3X t

msx 5msx.IJiSX,

325,00001925,000515,0000

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LINE OR500

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25,50,75,

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X-CQORD Y-COORD MAGNETIC DIP ANG QUAD As-ppn. HS-ppb Sb-Pfu. ASS-PPB.1880,1083,1887,1090,1894,1897,1901,1904,1908,1911,1915,1918,1922,1925,

140,169,198,227,255,284,313,342,371,400,428,457,486,515,

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-55,-43,-29,-20,-18,-16,-11,-9,-4,-3,0,

-4,-2,3,

-10,-10,-2.0,

-8,-3,3,2,

-10,-8,0,

"'O »

""D »

-6,

4,80,00,00,00,00,00,00,04,00,00,00,00,00,0

68,0,0.0,0,0,0,0,

46,0,0,0,0,0,

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0,10,00,00,00,00,00,00,00,10,00,00,00,00,0

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GR1000Number of records ! 9, Channel 1 mini 0,0000000

itiin; 1700,000 mini 255,0000 mint 0.10QOOOOEI31

Channel 2 Channel 3 Channfl 4

max*. 200,0000 1730,000 485,0000

max: -0.1000000E4-31

LINF: GRIOOOSTATION X-CQQRH Y-COORD MAGNETIC DIP ANG QUAD As-ppm H5-ppb Sb-ppm

ff

iI-i; 1

f

0,25,SO,75,

100,125,150,175,200,

1730,1726,1723,1719,1715.1711,1708,1704,1700,

485,456,428,399,370,341,312,284,255,

0,0.0,0,0,0.0,0,0,

-55,™36 *-26,-14,-3,~4,-15,-12,-8,

-24.-6.-7,—22.2.

— o *0.

-2.

0.00.06.70.00.50,00.00.00.0

0*0.

117.0.

48.0.0.0.0.

0.00.00.10.00.10.00.00.00.0

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LINE OR1500

inext naxi

450,0000 1465,000 585,0000

max! -0.1000000E+31

STATION0,

25,50,75,

100,125,150,175,200,225,250,275,300,325,350,375,400,425,450,

X-CDORD Y-CQORD MAGNETIC DIP ANG QUAD AS-PMI H1420,1423,1425,1428,1430,1433,1435,1438,1440,1443,1445,1448,1450,1453,1455,1458.1460,1463,1465,

70,99,127,156,184,213,242.270.299,328.356,385,413,442,471,499,528,556,585,

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34,27,32,50,54,2,

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10,12,15.16,46,

-24,-1,-10,12,~7 *

-12,-2,0,

-18,-8,22,9,5,

~7 *

6,2,2,

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LINt 1.1700

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inforinetion*

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LINE 1.1175

STATION100,125,150,175,200,

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Y-COORD3460,3435,3410,3385,3360,

MAGNETIC DIP ANG QUAD AS-PPOI H*-ppb Sb-ppm Ad-ppn.59936,59871,59850,59810,59773,

-3.1.5,1,6,

27,24,27,24,23,

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0,0,0,0,

127,

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LINE LI 100

STATION0,

25,50,75,

100,125,

LI100recordsndntiiiin!mintmint

X-COORD2305,2309,2313,2317,2321.2325,

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ANG QUAD-49. 27,-40. 31,-40, 34,-30, 31,-30, 31,-40, 35,

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LINE GRO

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STATION0.

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GR3500of records ! 4,

Bdnt 0,0000000 mint 120,0000 mini 315,0000 ihin! 0.1000000E+31

LINE: GRSSOO

max! 75,00000max? 140,0000max! 405,0000max: -0.1000000E+31

STATION X-COORD Y-COORD MAGNETIC HIP ANG0, 120, 405, 0, -40,

25, 127, 375, 0, -45,50, 133. 345, 0, -35,75, 140, 315, 0, -39,

QUAD As-ppm H2-ppb Sb-ppffi-2,12,19,2,

0,00,01,30,0

0,0,

48,0,

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0.0 0.0 0.1 0.0

APPENDIX H

DATA LISTINGS - QUEEN ALEXANDRA MINE

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250,275,300,325,350,375,400,425,450,'t / 0 t

500,525,550,575,600,

720,720,720,720,719,719,719,719,719,719,718,718,718,718,718,718,718,717,717,717,717,717,717,716,716,716,716,716,716,715,715,715,715,

Y-COORD1550,1575,1600,1625,1650,1675,1700,1725,1750,1775,1800,1825,1850,1875,1900,1925,1950,1975,2000,2025,2050,2075,2100,2125,2150,2175,2200,2225,2250,2275,2300,2325,2350,

BOX 600.0000 rcsx 720,0000 max 2350,000 fl>sxt 602260,0

MAGNETIC DIP ANG QUAD AS-PPIH Hsi-F-pb Sb-pp» AsS-ppb59889,59909,59932,59948,59937,60024,60009,60060,60142,

0,0,

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23,20.22,30,35,35,38,37,43,0,0,

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4.-15,

2.2.

25.17.17,10,

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5.-4.-5.3.

12,10.

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1,30,00,00,00,00,04,00,04,60,00,00,00,00,06,20,00.00,03,80,00,00,00,00,00,80,00,00,014,00,00.00,02,8

154,0,0.0.0.0.

179,0,

205,0,0.0.0.0.

70.0,0.0.

104.0.0.0,0,0,

106,0,0,0,

78.0,0,0,

179,

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Y-COORD1550,1575,1600,1625,1650,1675,1700,1725,1750,1775,1800,1825,1850,1875,1900,1925,1950,1975,2000,2025,2050,

MAGNETIC DIP59979,60046.

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60127.60079.60052.60021.59998,59943,59904,59920,59926,59980,59935,59975,60002,

300,0000525,00002050,00060127,00

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100. 0,

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STATION X-COORB Y--COORD MAGNETIC DIP ANG0< 2450, 2000, 60003, -10,

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•1 IT -?!"1 J/J,1600,1625,1650,1675,1700,1725,1750,

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123, 0, 0. 0, 0, 0,

139, 0.

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1180,1205,1230,1255,1200,1305.1330,1355,1380,1405,1430,1455,1 f-ff;

59921,59805,59412,63560,6' 050,6023<i,60362 ,59584,59729,59761 ,59802,59817,59841,

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210,0,0.0.

229.0,

210,0,

268,0,

96.

0.00,00,10.00,00,00.10,00,10.00,10,00,1

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STATION X- COORD Y- COORD MAGNETIC DIP ANB QLIAH As--pi

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4684,4681 ,A / *>n* 1 6 / t» i/ / ""ft**\ 6 / v.' 4

1260,12B4,1309,1T1.

1382,1.406,1431,1455,

59889,6008B,62500,ri°96659885,59726,59885,59835 ,59835,

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13,12,14,17,15,

-13.11,10,8,

2,30,02,10,06,70,02,40,03,1

151,0,

120,0,

161,0,

88,0,

135,

0*10,00.10,00,10,0'

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0,10,00,10,00,10,00,10,00,1

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50,75,

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2196,2193,2191,2188,2185,2183,2180,

Y-COORD735,810,834,859,804,909,933,958,983,

1007,1032,1057,1081,1106,1131,1156,1180,1205,

MAGNETIC60030,60118,60128,60468,61973,6 1885,59368,59824,60060,59864*59399,60046,60051,59889*59919,59880,59992,59927,

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-16,-1,-3,-2,3,

16,-12,

2,33,40,

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66,0,0,0,

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MAGNETIC DIP60001,60032,59998,59982,60019,60218,60695,60 138,60256,59950 ,60167,6007B,60056,59991,60148,

350,02600,1400,60695

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120, 0, 0, 0, 0, 0,

120, 0,

230, 0,

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204,0,0,0,0,0,0,0,

149,0,0.0.0.0.0,0,

110,0,0,0,

173,0,0,0,

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144,0,0,0.0.0.0.0.0,0,0.0,

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119,0,0,0,0,0,0,

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0,

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Ig-f'pb Sb-pPBi Asf-ppm0,

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101,0,0,0.0,0,0,0,

158,0,0,0,

16,0,

0,00,1 •0,00,00,00,10,00,00,00,10,00.00,00,10,00,00,00,10,0

0,00,20,00,00,00,10,00,00,00,10,00,00,00,10,00,00,00,10,0

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350. 3424,-325, 3422,-30?, 3420,-275, 3'ilC,•T<P, 3416.

, -225, 3414,•200, 341.2,

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650,00003400,000•750,000059615.00

Y-COORIi-750,- 7?7,-703,• /CO,-657,• 633,•610,-587,563,

-510,-518,

• 495,473,

• 451,-428,-406,••384,- 36' ,-339,-317,•294,

• 272,250,

-227,-205,

nit!IV. B

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MAGNETIC60366 ,60420,60435,60473,60488,60583,60604,60498,60498,

0,0,

60723,60742,64134,59615,59821 ,59895,60205,60347,60490,60723,60512,60347,60569,60337,

xt --50,00000;;! 3430,000x{ -205,0000<J 64134,00

DIP ANG QUAD19, 28,12, 16,18, 6,8, 4,

-19, --2,34, 27,-9, -10,-7, -4,-3, 0,7 O ij, 7,

0, 0,-1, 18,8, 3,

11, -10,6, -6,

-13, 2,23. 0,23, 22,29, 24,-6, -7,-22, -10,-18, -50,-2, -13,10, 3,4, -31,

1,8 0,0 0,0 0,0 0,8 0,0 0,0 0,0 2,6 0,0 0,0 0,0 2,1 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0

153, 0, 0, 0,

127, 0, 0, 0,

122, 0, 0, 0,

115, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,

0.2 0,0 0,0 0,0 0,2 0,0 0,0 0,0 0,1 0,0 0.0 0,0 0,2 0.0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0

0,1 0,0 0.0 0,0 0,1 0,0 0,0 0,0 0,1 0,0 0,0 0,0 0,1 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0

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60632,60636,60660,60760,61065,61247,65120,60163,60610,60C94 ,60237 ,63454,60333,59690,

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12,6,

15,17,-2,-16,25,•18,

6,

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0,00,00,03,80,00,00,00,00,00,00,00,00,00,0

0,0,0,

no.0,0,0,0,0,0,0,0,0,0,

0,00,00,00,10,00,00,00,00,00,00,00,00,00,0

0,00,00,00,10,00,00,00,00,00,00,00,00,00,0

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0,0,0,0,0,0,0,0,0.0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,

0,00,00.00,00,00,00,00.00,00,00,00,00,00,0

-625,0-600,0-•575,0-550,0-•525,0

0,00,00,00,00,00,00,00,00,00,00,00,00,00,0

0,00,00,00,00,00,00,00,00,00,00,00,00,00,0

3000,03000,03000,03000.03000,0

0,00,00,00,00,00,00,00,00,00,00,00,00,00,0

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25,30,75,

100,125,150,1 "' ri

200,"25 .250,275,300,325,350,375,400,425,450,175.500 ,525 i'V'*-'1,

C75 ,/ /v A.

625.650 *675,700*725,

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-21 ,-15,-28,-21,14,2,

-21 ,-21,-41 .-33,-22,-16,-8,

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0,0,0,0,0,

175,0,0,0,0,0,0,0,

201,0,0,0,0,0,0,0,

133,0,0,0,

234,0,0,0,0,0,0,0,

150,0,0,0,0,0,0,0,

186,

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129,0,0,0,

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APPENDIX J

GEOPHYSICAL EQUIPMENT SPECIFICATIONS

geoMetricsm*^J

Remote Sensing and Interpretation

PORTABLE PROTON MAGNETOMETER MODEL G-816

Data/Price Sheet March 1972

* $2300 complete

* 1 gamma sensitivity and repeatability

* Very small size and weight: less than 12 Ibs complete with battery and sensor

* Over 10,000 readings per set of alkaline "D" cell (flashlight) batteries

Simplified operation- numeric display directly in gammas

Total field measurements- no calibration —independent of orientation

The Model G-816 is a complete portable magnetometer for all man-carry field applications. As an accu rate yet simple to operate instrument, it features an outstanding combination of one gamma sensitivity and repeatability, compact size and weight, operation on standard universally available flashlight batteries, ruggedized packaging and very low price.

The G-816 magnetometer allows precise mapping of very small or large amplitude anomalies for ground geophysical surveys, or for detail follow-up to aeromagnetic reconnaisance surveys. It is a rugged, light weight, and versatile instrument, equally well suited for field studies in geophysics, research programs or other magnetic mapping application where low cost, dependable operation and accurate measurements are required.

For marine, airborne or ground recording systems consider GeoMetrics Models 0-801. G-803. and G-806.

SPECIFICATIONS

Based upon the principle of nuclear precession (proton) the G-816 offers absolute drift-free measurements of the total field directly in gammas (The Proton precession method is the official recognized standard for measurement of the earth's magnetic field.) Operation is worldwide with one gamma sensitivity and repeatability maintained throughout the range. There is no temperature drift, no set-up or leveling required, and no adjustment for orientation, field polarity, or arbitrary reference levels. Operation is very simple with no prior training required. Only 6 seconds are required to obtain a measurement which is always correct to one gamma, regardless of operator experience. Only the Proton Magnetometer offers such repeatability—an impor tant consideration even for 10 gamma survey resolution.

Sensitivity:

Range:

Tuning:

Gradient Tolerance:

Output:

Power Requirements:

tl gamma throughout range

20,000 to 90,000 gammas (worldwide)

Multi-position switch with signal amplitude indi cator light on display

Exceeds 150 gammas/ft

Sampling Rate: Manual push-button, one reading each 6 seconds

Temperature Range:

5 digit numeric display with readout directly in gammas

Twelve self-contained 1.5 volt "D" cell, univer sally available flashlight-type batteries. Charge state or replacement signified by (lashing indi cator light on display.

Battery Type Number of ReadingsAlkaline over 10,000Premium Carbon Zinc over 4.000Standard Flashlight over 1,500NOTE: Battery life decreases with temperature

Console and sensor: -40° to +85°CBattery Pack: 0° to*50°C (limited use

to -15°C; lower tempera ture operation— optional)

Complete Field Portable System

The Model G-816 comes complete, ready for portable field operation and consists of:

1. Electronics console with internally mounted and easily replaced "D" cell battery pack

2. Proton sensor and signal cable for attachment to carry ing strap or staff,

3. Adjustable carrying strap,

4. 8 foot collapsible staff.

5. Instruction manual, complete set of spare batteries, re usable shipping container.

All magnetometers and parts are covered by a one year warranty beginning with the date of receipt but not to exceed fifteen months from the shipping date.

Accuracy (Total Field):

Sensor:

Size:

Weight:

tl gamma through 0° to 50°C temperature range

High signal, noise cancelling, interchangably mounted on separate staff or attached to carry ing harness

Console: 3.5 x 7 x 10.5 inches (9 x 18 x 27 cm) Sensor: 4.5 x 6 inches (11 x 15 cm) Staff: 1 inch diameter x 8 ft length

(3 cm x 2.44m)

Console (w/batteries): Sensor & signal cable: Aluminum staff:

IDS.5.542

11.5

Kgs. 2.4 1.8 0.95.1

PRICE: Complete Field System ........... .$2300.00

EXPLORANIUM DIVISION OF g eoMelrics SERVICES ICA-^

CORPORATION OF CANADA

48 ALNFSS STREET • DOWNSVIEW (TORONTO) CANADA

NUCLEAR INSTRUMENT DIVISION

GEONICS LIMITED2 Thorncliffe Park Drive, Toronto 17, Ontario, Canada. Tel. (416) 425-1821, Cables: Ceonics

EM 16VLF ELECTROMAGNETIC UNIT

Pioneered exclusively by Geonics Limited the VLF-method of electromagnetic surveying by utilization of the uniform horizontal fields generated by an existing network of reliable, fully operational Very Low Frequency trans mitting stations has proved to be a major advance in geophysical exploration.

Very extensive world-wide experience since the beginning of 1965 by a large and rapidly increasing number of users, including a high proportion of major mining and exploration companies, has provided conclusive evidence of the effective ness of .the technique and the EM 16 has gained general acceptance as a basic electromagnetic tool. This evidence has also indicated the response of dissemin ated bodies, to the VLF-method.

unique self-contained EM 16 offers the unrivalled combination of LIGHT HEIGHT, ONE-MAN OPERATION and DEEP PENETRATION allowing rapid, conomical surveys. Assessing the data is simplified due to the use of the uniform

horizontal primary field. The patented design feature of the measurement of both the in-phase and out-of-phase (quadrature) component of the vertical field provides the information necessary for comprehensive interpretation of the field results.

SPECIFICATIONS

Source of primary field:

Transmitting stations used:

Operating frequency range:

Parameters measured:

Method of reading:

VLF transmitting stations.

Any desired station frequency supplied with the instrument in the form of plug-in tuning units. Two tuning units can be plugged in at one time. A switch selects either station.

About 15-25 kHz

(1) The vertical in-phase component (tangent of the tilt angle of the polarization ellipsoid).(2) The vertical out-of-phase (quadrature) component the short axis of the polarization ellipsoid compared to the long axis).

In-phase from a mechanical in clinometer; out-of-phase from a calibrated dial. Nulling by audio tone.

Scale range:

Readability:

Reading time:

Operating temperature range:

Power Supply:

... Dimensions; ..-;-..—-—|~-

Weight:

Instrument supplied with:

Shipping weight:

In-phase i 150%; Out-of-phase ± 40%.

± 1 %

10-40 seconds depending on signal strength.

-40 to 50°C

6 size AA (penlight) alkaline cells. Life about 200 hours.

^16 x 5,5 x 3.5 «U42 x 14 x 9 Cm)

2.5lbs(1.1 kg)

Monotonic speaker, carrying case, manual of operation, 3 station selector plug-in tuning units (additional frequencies are optional), set of .batteries.

lOlbsKSkg)

SIMILE ONE- OPERATION

-ULUI

1 ISTATION SELECTOR

after selection of 2 VLF stations and insertion of proper plug-in units, knob rotation allows switching.

vertical coilP

0horizontal

coil

wif Iff

RECEIVING COILS

vertical receiving coil circuit !n instrument picks up any vert-

Jcal signal present. Horizontal peiving coil circuit, after auto- Btic 90° signal phase shift, feeds

signal into out-of-phase dial in series with the receiving coil.

IN-PHASE DIALshows the tilt-angle of the instru ment for minimum signal. This angle is the measure of the vertical in-phase signal expressed in percentage when compared to the horizontal field.

10 - 0 » 10

^KaT-OF-PHASE DIAL

calibrated in percentage markings and nulls the vertical quadrature signal in the vertical coil circuit.

AREAS OF VLF SIGNALS

A Coverage shown only for well-known stations. Other reliable, fully operational stations exist. For full informa tion regarding VLF signals in your area consult Geonics Limited. Extensive field experience has proved that the above circles of coverage are very conservative and are actually much larger in extent.

EM 16 PROFILE over Lockport Mine property, Newfoundland

io>. ~<»«~ x''&v'A >v ••»»TJO*/, 1 <&/ \\ _,-. V;

»•.„....../?;>,•,.'.;.- /\\*"; ' .J-CWW.M s *,:--.-K\ \ V • ' "/ %.•••">»•«« i.* :

-to-.

Additional case histories on request.

AUTHORIZED AGENT:

MANITOU LAKES PROJECT SUMMER AND FALL 1983 EXPLORATION

PROGRAM REPORT

with

ADDENDUM ON 1984 WINTER EXPLORATION

FOR

COCHRANE OIL & GAS LTD.

BY

GARY A, NOLIN, P. GEOL.TREVOR DUNDAS, P. GEOPH.

W.A. MACLEOD, P. GEOL.ALBERT VONHOF, PHD. P. ENG.

M. FOX, P. GEOL.

NTS 52F-7

NOLIN GEO ENTERPRISES LTD. 1983

ADDENDUM

MANITOU LAKES PROJECT

1984 WINTER EXPLORATION PROGRAM

GEOPHYSICS AND DRILLING

NTS 52F-7

LIST OF FIGURES

'IGURE //

1A Giant Mine Grid

2A Giant Mine Grid

3A Gold Rock Extension - Leuiller Island Grid(Leuiller, Gold & Rochon Island Area)

4A Gold Rock Extension - Leuiller Island Grid (Trafalgar Bay Area)

5A Gold Rock Extension - Leuiller Island Grid (West Mosher Bay Area)

6A Gold Rock Extension - Leuiller Island Grid (West Mosher Bay Area)

7A Gold Rock Extension - Leuiller Island Grid (West Mosher Bay Area)

8A Queen Alexander Mine Grid (Goose Egg Lake Area)

9A Queen Alexander Mine Grid (Carleton Lake Area)

IDA Queen Alexander Mine Grid (Carleton Lake Area)

11A Glass Reef Mine Grid

12A Glass Reef Mine Grid

ISA Glass Reef Mine Grid

14A Composite Claims Location Map

Appendix I

Appendix II

VLF Survey

Magnetometer Survey

VLF Survey

VLF Survey

VLF Survey

Max Min II Survey

C.E.M. Survey

VLF Survey

VLF Survey

Max Min II Survey

GRID Map

Magnetometer Survey

VLF Survey

Infill Sample Results

Assessment Specifications

(1) Manitou Lakes Project(2) Giant Mine Grid(3) Gold Rock Extension and Queen Alexandra Grid(4) Glass Reef Grid

Appendix III Diamond Drill Logs with location sketches

Introduction

In order to follow up, and further define anomalies found

by the Summer Fall 1983 Exploration Program and to explore

favourable areas not covered by the Summer Exploration and to

hold ground a Winter Program of geophysics and drilling was

conducted. As approximately only half of the 1278 soil samples

collected over the summer were analyzed, all remaining samples

were analyzed.

Geochemical Follow Program

To better define and evaluate anomalous areas, all remain

ing samples were sent to Barringer Magenta Limited Labs, in

Calgary for their "Gold Print" analysis by atomic absoprtion

spectrophotometry.

New maps were generated and the revised maps substituted

into the Summer Fall Report. The additional infill analysis

results are included as Appendix I to this Addendum.

Staking

4 additional claims were staked between the Gold Rock

Extension Block and the Leuiller Island Block to facilitate

grouping and to cover a geophysical anomaly near Gold Island.

1984 WINTER GEOPHYSICAL PROGRAM

The winter geophysical program for the Manitou Lakes project

consisted of VLF-EM, magnetic, horizontal loop and C.E.M. shootback

surveys. Readings were gathered at 25 meter intervals.

The VLF-EM surveys were conducted with a Geonics EM-16 using

the Anapolis (NSS 21.4 kHz) transmitting station. All readings were

taken facing in a north-east direction.

The magnetic data was taken in a series of closed loops to

ascertain that the magnetic data is free of excessive noise due to

diurnal drift. As the magnetic drift was generally less than 50 gammas

and observed magnetic anomalies are large (usually significantly greater

than 1000 gammas), the field data was not corrected for drift.

The horizontal loop surveys were carried out using an Apex

Max-Min II horizontal loop system at frequencies of 444 and 1777 hz.

and a coil spacing of 100 meters. Topographic corrections were carried

out on the survey based on inclinometer readings taken concurrently

with the survey.

Shootback surveys were carried out using the Crone C.E.M.

shootback dip angle system, The survey was conducted with a coil

separation of 50 meters and frequencies of 5010 and 1830 Hz.

The survey totals are listed in the table below:

AREA VLF-EM MAGNETIC C.E.M. MAX MIN -II

Giant Mines Grid 7.0 km 8.5 km Gold Rock Extension Grid

(Leuiller Island) 4.1 km - - 1.9 km(Trafalgar Bay) 7.0(West Mosher Bay) 3.0 km - 2.0km 4.7 km

Queen Alexander Grid(Goose Egg Lake) 2.5 km(Carleton Lake) 2.8 km - - 2.8 km

Glass Reef Mine Grid 26.0 km 48.4 km

- 2 -

1. Giant Mines Grid

Magnetic and VLF-EM surveys were conducted on cut lines on

the Giant Mines Grid to re-establish coverage obtained during the

previous summer exploration program. (See figures 1A and IB.)

The surveys consisted of 8.5 line kilometers of total field mag

netic data and 7.0 line kilometers of VLF-EM.

2. Gold Rock Extension Grid

Survey work on the Gold Rock Extension consisted of VLF-EM

with follow up of C.E.M. and Max Min II in the West Mosher Bay area.

Land based grids were cut on Leuiller, Gold and Rochon

Islands and subsequent VLF-EM coverage was obtained (see figure

3A). Significant EM conductors are shown on the map.

Reconnaissance lines of VLF-EM were undertaken in the Tra-

falger Bay area as shown in fugure 4A.

A VLF-EM survey in the West Mosher Bay area (figure 5A) was

followed up by C.E.M. and Max Min II surveys (see figures 6A and

7A respectively). The coil separation for the C.E.M. survey

(50 m) was deemed insufficient to resolve the VLF conductors.

As such the Max Min II survey was run and was successful in dis

criminating VLF-EM responses. The horizontal loop (Max Min II)

conductor was subsequently drill tested and was found to be due

to massive sulphides (DDE MB-84-1 and MB-84-2).

3. CKieen Alexander Mines Grid

VLF-EM surveys were carried out on the Goose Egg Lake and

Carleton Lake areas (figures 8A and 9A respectively). Drilling

in the Goose Egg Lake area is based on VLF interpreted faults as

well as geological mapping. The VLF-EM survey in the Carleton

Lake area was followed up by a horizontal loop survey (figure

10AO. A weak horizontal loop response confirmed an interpreted

VLF-EM conductor and will be drill tested.

- 3 -

4. Glass Reef Mine Grid

VLF-EM and magnetic surveys were conducted over the winter

grid established on the Glass Reef Mine area (see figures 12A

and 13A respectively). In addition to the grid established on

the ice, several base lines were cut on land to establish control

for land based work (see figure 11A). A significant magnetic

anomaly (up to 9,000 gammas above background) was delineated,

which appears to be caused by a metasedimentary iron formation.

Several VLF-EM conductors were detected and should be followed

up by horizontal or vertical loop EM. A drill program based on

previous work is in progress and a drill hole is planned to test

an interesting conductor associated with part of the iron form

ation.

RESULTS AND RECOMMENDATIONS

The geophysical results as described in the geophysics

section are outlined and illustrated in figures 1A to 13A.

Assaying of drill core based on this winter results,

and continued exploration generally following the recommen

dations of the Summer Fall Report are warranted.

RECONNAISSANCE DRILLING PROGRAM

Introduction

A total of ])+ "Winkle" drill holes were drilled on the

Ccrchrane-Oil &Jia$ Ltd Manitou iake* Ar.*a-~claim blocksto test a number of geochemical, geological and geophysical

targets outlined by 1983 summer work and winter geophysical sur

veying carried out in January 1984. 2. deep drill hole

put down on the Glass Reef Mine Grid. The results of these

drill tests are summarized below.

1. Leuiller Island (Drill holes LI-84-1 and LI-84-2)

Two diamond drill holes (1" core) were spotted to drill

test a zone of quartz veining which returned a significant

assay from the summer sampling program. Limited outcrop

exposure and complex jointing led to an erroneous inter

pretation of strike direction and DDH LI-84-1 was drilled

essentially parallel to strike without intersecting the

mineralized zone. A second hole, DDH LI-84-2, was spotted

at a more favourable angle and intersected the mineralized

structure which appears to be related to a major north

easterly striking fault zone along the east side of

Leuiller Island.

DRILL HOLE CO-ORDINATES (North. Block)

DDH

LI-84-1

LI-84-2

MB-84-1

MB-84-2

QA-84-1

QA-84-2

QA-84-3

QA-84-4

GT-84-1

GI-84-2

GRID CO-ORDINATES

10,320E -

10,320E -

10,700E -

10.700E -

7.570E -

7.600E -

7,820E -

7,825E -

10.520E -

10.520E -

663 + 85N

663 + 85N

397 + 60N

397 + 95N

396 + ION

396 + 20N

398 + 15N

397 + SON

659 + SON

659 + SON

ANGLE-45°

-45°

-45°

-45°

-45°

-45°

-45°

-45°

-45°

-45°

AZIMUTH060°

018°

330°

330°

140°

140°

140°

140°

050°

306°

DEPTH

155.5

145.0

150.0

165.0

161.0

150.0

104.0

112.0

142.5

161.0

- 2 -

Manitou Straits Area

a) (Drill holes QA-84-1 and QA-84-2)

Two diamond drill holes (1" core) were spotted to test

a strong VLF-EM conductor in the vicinity of favorable

soil geochemical anomalies and DDH QA-84-1 intersected

2-5% disseminated sulphides throughout a sequence

of felsic crystal tuffs and graphitic schists, cut by

one weak shear zone. The drill hole (QA-84-1) was

not considered to be a satisfactory test of the con

ductor and a second drill hole (QA-84-2) was drilled

on a 50' step-out with essentially the same negative

results. Based on the rather interesting intersections

at the west end of Mosher Bay, in a similar geological

setting, it is recommended that additional geophysical

surveying be carried out (Max Min Multi-frequency

horizontal loop) and that any new or more specifically

defined geophysical targets should be drill tested.

b) (Drill holes QA-84-3 and QA-84-4)

Within the same Manitou Straits detailed grid area

(in the vicinity of the portage between Manitou Straits

and the southern lobe of Mosher Bay) , VLF-EM surveying

outlined a second conductor in an area of little out

crop. Drill hole QA-84-3 intersected a monotonous sec

tion of felsic crystal tuffs or fine-grained volcanised-

imentary rocks without any explanation of the VLF con

ductor. Drill hole QA-84-4 was sited 35 meters to the

southeast and intersected a weakly pyritized chloritic

shear zone in felsic metasedimentary rocks.

(Drill holes MB-84-1 and MB-84-2)

Three types of ground EM surveying (VLF-EM, Crone Gem

"shoot-back", and Max Min multi-frequency horizontal loop)

were carried out over a detailed grid area at the west end

of Mosher Bay where disseminated sulphides in metasedimen

tary rocks had been observed in outcrop. Drill holt? MB-84-1

was spotted to test a relativelv poor M.ix Min c^nlu-tor M.d

- 3 -

intersected only 0.5 - 5% disseminated sulphides in a

metasedimentary section composed predominantly of graph

itic argillite. A re-evaluation of the geophysical

target suggested the target occurred at a depth of 30 -

40 meters below surface so a second hole was attempted

from a point "closer" to the Max Min conductor. Diamond

drill Hole intersected a 9' thick zone of massive and

semi-massive sulphides (75% - 95% py) in a cherty argill

aceous host rock within a section of graphitic schist and

interbedded felsic metasediments. The zone of massive

sulphides was followed by a 28' thick section of 20% to

40% banded sulphides in a similar host rock. Assay re

sults of core samples are pending.

*+) MO Id I sir, ad AreaSubsequent to recording four new claims in this ar^a, two diamond drill holes (1" core) were- sited to drill test what appeared to be a fel'sic dyks.. As at Leuiller Island, jointing and limited bedrock exposure suggested a northwesterly trending strike and possibly continuity! with the mineralized zone exposed at the south end of L;uiller.Island. The first hols, oriented subparallel to regional folliation,aid not intsrect the target. A second hoi", drilled at an orientation approximately 90° to regional strike, intersected a rhyodacitic flow or dyke, which is apparently concordant with the enclosing dacitic flows and tuffs, but superficially resembles an intrusive dyka., in outcrop.

5) Carl-3 ton Lake Area.

*) drill hol3s GL -3U - 1 and CL - 8U - 2Ground VL? _ iM and Max - Kin electromagnetic

surveying along cut grid lin-:s confirmed tha presence of a cornplicatsd pattern of conductors first noted by reconnaissance summer work. Although interpretation, suggested th3 Max - i-iin anomaly was due to conductive overburden, two drill holes wen sited to test this favorable setting along the margin of the Carl'3 ton Lake stock, which closely parallels taa geologic setting of tns ^ueen Alexandra prospect, approximately 1 km to the north. Both diamond drill holes (1" core) intersected massive propylitized porphyritic quartz moazonite cut by a few

quartz and aplite stringers, b) DriloLg Ms - 8U - lApproximately 1 km south last of Carleton lake reconninssance su-^ner work hgd identified a conductive zone along ths "mn iVuLou straits fnult trend. A singLi drill hole (1" cor~) h-ere intersected only v:p> ^:i-rtz v3i-\ing cutting

c) Beayerhend Island Area .(Glass :ieef Claim Group), In addition to the nearby B^ drill testing of a ground magnetic and V^F - ^M anomaly along trend on a magnetite iron formation, a Winkle drill hole (l"core) was sited to drill test a zone of sulphide mineralization in sericite schist up-section from the iron formation.. In outcrop, the zone is deeply weakened and oxidized. The drill hole interesected a 10' wide zone of 5 - l5/» banded and disseminated sulphides in a sheared quartz •

sericite schist cut by later quartz pyrite stringers striking sucparallel to regional schistosity. -Assay results are pending. Drill Hole Da t a__(C arl-eton Lake to Lover Xanitou Lake)

DDK Grid coordinates AngleGl - 3 ! f - 1 L8-tOOi, lf97-'60N" -Up 0CL-3U-2 L3+OQjl, l+97+60N -^5°KS-8'4-1 L.SH-75D,if3?*-|& ->i5cBB-S^-l L52+56E 23+751-1 _^5°

Azimuth330150^330°I5o c

D = p t h150'

150.5121'108'

7) Gl?ss <Gef Claim .GroupAlso included as reconnaissance drill tests are two £.diameter holes (1 7/16" core) drilled to test i) chemjprscipiatad sedmeats (suspected chert and iron formation)in t is vicinity of the glass reef mine andi't) a coincidentground magnstic high ?nd VLF - dM anomaly locatedunder 55' of •••••.;;eii /long tre id from a mngn = titeiro LS^-L'.O fo i?'" 0 1 ion which outcrops at b:-averhead islandU.L)..;. u^j'-T-1 intsrs-jcted a sequence of mafic and"inter-• 3din.cc voicanic rocks, quite different from thsexpected metasedim^ntary pic nge indicatsd as being present by1:31} 6SO scale published geological mapping. Thisresult is "ost li'-;ly accounted for by local fault offsets,but further detailed geological mapping will have to becarried out during summer fi;ld conditions;- to ascertain this,DDM - d-R- 8U- - 2 intersected n fairly unii'orra \

ri'}:r\'c' ' ntly ^?c.:. • ;.\ti :/ for one lobe of the r.~ gn :-tic''••'. : '"J11 '---]_'•! -.--•- :f ."! ^•'i : -; .':- 1 f - •-- - ; i -> i

lobs of the magnetic anor-aly and VL?,- JM conductor v.'^ not tested.

Drill Hole Data (Glass Iteef Claim Group)DDH

GR-814-2

Gr i d C o— o r d. i qa t e s Angle Azirnuth 330° 330C

Daoth 501' 317'

APPENDIX I

\ 9•\fjiARRINGER MAGENTA

•X* CARLINOV1EW DRIVE RE XOAl€. ONTARIO M9W 50?

1416)875.3870

3750 • t»TH STREET^BB SUITE 105 ^^ CALGARY. ALBERTA

(403) 27M701DATE! 22/12/83 MATRIX? N03/CL04

V

CNOLIN DEC-ENTERPRISESSAMPLE

ID1000+30051100+20051100+40051300+20051300+400S1400+200S1400+40051500+20051500+40051500+600S1500+ ?1700+20051700+40051700+60051300+100N

1800+300N1800+500N1800+20051800+60051900+20051900+40051900+60052000+100N2000+300N2000+2005

2000+400S2100+100N2100+300N2200+100N2200+300N

2200+20052200+4005

i 2200+600S2300+20052300+40052400+100S2400+30052400+500S2400+70052400+90052500+20052500+40052500+60052500+8005

LHHBI

AUPPB<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5

<5<5<5<5<5<5<5<5<5<5

<5<5<5<5<5

<5<5<5<5<5<5<5<5<5<5

<5<5<5<5<5

ASPPM3,83,11,43,83,3

1,81,4.6

2,01,8

1,16,73,54,92,8

i , '/1.52,02,11,2

2,84,25,08,93.5rj,93,31,54,41.5

4.74,32,32,12,5

2,34,03,42,84.5

2,22.95,02.25,1

HGPPB

18296

141218177

15910968

159118

187168232118164

164173146132132

146182?41200237

168291137123200

228187150182146

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217

278204319^51?0

SBPPM,2

AGPPM

;: SAMPLE.:••*;:•. ID

<,2 2600UOOS<,2 <,2 2600+700S,2,2,2,2,2,2,2,2,2,2.6

<,2 2600+1000S<,2 2700+2005

INFILL SAMPLES

MANITOU AREA ^

WO NO! 83-0791

AUPPB<5<5<5<5

<,2 2700+ 400S <5<,2 2700I-600S<,2 2700-IBOOS<,2 2700+1000S<,2 2800+400N<>2 2800f&OON<,2 3300+200N<,2 3300+400N<,2 NBL50+100S

<,2 <,2 NBL2400+100S<,2 <,2 NBL2400+300S

<,2 <,2 NBL3AI00100N,2 <,2 NBL36+00300N

<,2 <,2 SBL36+00360N<,2 <,2 100E-100N<,2 <,2 100E-300N<,2 <,2 200E-100N<»2,2,2,2

,2.2

200E-300N300E-100N

<,2 300E-300N<,2 400E-100N

<,2 ,4 400E-300N<,2 <,2 400E-200S<,2 <,2 6ROO+300SS ',2

,2

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<,2 <,2 GR2000+1'JOS<,2 <»2 GR20004450S<,2 ,2 GR2000+5'JOS<,2 <,2 GR2000I650S,2 <,2 GR2000+7150S

<5<5<5<5<5<520<5<5<5

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4,01,0,8

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11,03,93,85,03.9

4.75.63.02.51,9

3.92,32,53.13,9

L..23.2,9

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1,82,22,33,03,0

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157 <,2

231 -',.2171 <,22 '11 ' ; , 2342 <,232 <,2

19 <,237 -..237 <,2180 <,246 <.2

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,92,2

HGPPB

117104204278144

1619148

187170140135152187117

8774'7457

117196161248261148174153200196248183213170170200170139150

917870653922

126

SB AG AUPPM PPM PPB<,2 <,2 <5

,2 <,2 <5<,2 <,2 <5<.2 <,2 <!}<,2 <,2 <5<,2 <,2 <S<,2 <,2 . <5<.2 <,2 <5<,2 <,2 <5<.2 <,2 <5<,2 <,2 <5<,2 .6 <S<,2 <.2 <5

.2 <.2 <5<,2 <,2 <5<.2 <,2 <S<.2 <,2 <5<,2 <,2 <5<,2 <,2 <5<,2 <.2 ';-<5<,2 <,2 <5<,2 <.2 ''- ;'' X!5<»2 <»2 " '' • <S<,2 <,2 <5<»2 ^.2 - <5<.2 <.2 <5<.2 <.2 <5<.2 <.2 <5<,2 <.2 <5

* 2 \ » 2 \i)<,2 <,2 <5<,2 <»2 X3<.2 <.2 . <5<,2 <,2 <S<,2 <»2 <5<,2 <,2 <S<,2 .4 <5<,2 ,4 <5<,2 <,2 <5<.2 <,2 <!5<,2 <.2 <5< , 2 < . 2 <'j<,2 <.2 <5<,2 <,2 <5"'I > <5 j»|E \ * i- \ft£ \tD

^SAMPLE:.";^; '.-<lD

114E-94+75N114E-95t25N114E-95475N

V114E-96+25Np ;|114E-96I75N•v ; SlME-97«5N'•- u'f'114E-97 -l'75N

:^jl4E-98+25NJ;;ll4E-99+75N' ; 114E-100f25N

; 1HE-100>75N; :/114E-101+25N;' 1HE-10H75N; 114E-102+25N

1ME-102+75N' 114E-103+25N

:- 114E-103+75N; 114E-104+25N

^^114E-104+75N•^§:ll4E-105t25N,; ^illiE~105'f75N'y^v 1 15E-94425N/. > ;;;:. 1 15E-94I75N

"•••^•rl ISE^SWSN* .".•i*- .•';£ilSE-9St75N

: : ;i;il5E-96+25N• '\'V 115E~96 il- 75N, r3$\ 1 5E-97+1 25N

A4^tlSE-97+75N;i^li5E-98f25N'>*?•<;£ '1 13E~98t75N."'i '&$:• 1 15E~99'f 25Nv'P&li5E-99+75N; ;-^'.llSE"; 100*25N

^ 115E-100t75N\ 1 15E-10H25N

,>«,• 115E-10H75N.'?,115E"'102+25N'{;1H5E-102I75N

115E-103425N1115E-103+75N

.M15E-104+25NA' 1155E~1044i 75N

115E-105t25N

WO NO: 83-0792AS

PPM1.71.0.8

2.63,93.02.01.21,22,51,33,1

,51,85,25,52,21,01.21,31,0

,53,82,11,01,0,5

1,61,63,0

,51,62,11,31,31,13.21,42,72,03,21.8

,91.71,4

HG SBPPB PPM

157 <,296 <.278 <,2

144 <,2104 <,2109 <.248 <,270 <.2

104 <,2183 <,2113 <,2161 <.230 <,270 <,291 <,287 <,261 <,2

109 <,2200 <,2117 <.244 <,283 <.2

257 <,2165 <,2113 <.2183 <,2109 <,2183 <,2165 <,2163 <,283 <,2

131 <,2178 <.2

83 <,2113 <.2104 <,2170 <,2

65 <,2100 <.2120 <,2100 <,2

96 <,2104 <,2

74 <,283 <,2

AGPPM

<,2<,2<»2<>2<,2<,2^2<»2<.2

<.2<.2<,2<,2<.2

.2<»2•\»2<,2

,2

<.2<,2<»2<,2<,2<.2<«2

,2<»2

,2,2,2

<,2,2,2,2,2

<»2<,2<,2<,2•N> 2<.2<,2s,2

PAGE'.^JAU

PPB

<5<5<5<5<5<5<5<5<5<5

<5<5<5<5<5<5<5<5<5<5

<5<5<5<5<5<5<5<5 ,<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5<5

304 CARLINOVIEW DRIVE ^^ HfcXDAlE ONtAHIO

^_ — ^^^ M9« so;jrR/i/?/^PFG/:/\ M AGENTA ^^wo

J7SO • HTH STREET f

sunt ioi ^^ FTLEJ L3I0792 ^^ CALGARY ALBERT^^^^^ r i u u * kww//«. ^^^^&T?E6v? ^p DATE: ie/12/83 ^V(403,,7,,7o« '^ MATRIX} N03/CL04 ^

V

NOIN GEO-ENTERPRISES

SAMPLEID

116E-100+25N116E-100+75N116E-10H25N116E-10H75N116E-102+25N116E-102+75N116E-103-r25N116E-103+75N116E-104425N116E-104+75N

117E-94+25N117E-94+75N117E-95+25N117E-95t75N117E-96+25N

117E-96+75N117E-97I25N117E-97I75N117E-98r25N117E-98f75N

117E-99+25N117E-99+75N117E-100+25N117E-102I25N117E-102I75N

117E-103+25N117E-103475N117E-104+25N117E-104-r75N117E-105I25N

118E-100 T 25N118E-100t75N118E-10H25Nl'.8E-101r75N11SE-102425N

118E-102+75N''.118E-103+25N118E-103I75N118E-104+25N118E-104+75N

118E-105-r25N119E-94I25N119E-94+75N119E-95+25N119E-95+75N

ASF'PH

2,12,11,82,11,5

2,44,01,51.21,4

3,23.21,6

,42,0

,61,54,21,31,6

2,61,01,01,61,6

3,72,81,12,6

,9

3,31,01,72,84,5

2,83,48,4

25,83,6

1,61,11,02,86,1

HG SBPPB PPM

157 <,271 <,235 <,283 <,296 <,2

157 <,2135 <,2

78 <,270 <,2

161 <,2

44 <,235 <,261 <,244 <.2

144 <,2

78 <,2144 <,2200 <,2161 <,2139 <,2

313 <,287 <,274 <,2

104 <,2135 <.2

87 <.2139 <,2

52 <,248 <,2

130 <,2

213 <,287 <,2

122 <,2148 <,261 <,2

139 <.2133 <,2112 -<,271 <,2

179 <,2

128 <,266 <,271 <,2

148 <,2184 <.2

AGPPM

.2,2

<»2<,2<,2

<,2•^,2<»2<,2<,2

<,2<»2<,2<,2<,2

<,2<,2<»2<,2<»2

<,2<»2<«2<,2<,2

<,2,4

<,2< ,2<,2

<,2<,2<,2

,4<,2

<,2<,2

,2,2,2

<,2<»2<,2<,2<»2

AUPPB

<5<5<5<5<5

<S<5<5<5<ti

<5<5<5<5<5<r.<5<5<5<b

<5<[j<5<'j<5

10<5<5<5<5

<5<5<5<5<5

<5<5•si)

<5<5

<5<5<5<5<5

SAMPLEID

119E-96+25N119E-96+75N119E-97+25N119E~97^75N119E-98«5N119E-98I75N119E-99«5N119E-99+75N120E-100+25N120E-iOOt75N

120E-10H25N120E-101r75N120E-103I25H120E-103I75N120E-104^25N

120E-104+75N250E-00 N250E-50 N250E-100N250E-1SON

300E-25 S300E-25 N300E-75 N300E-125N350E-25 S

350E-25 N350E-75 N350E-125N650E-25 8650E-25 N

650E-75 N650E-125N650E-175N700E-25 S700E-25 N

700E-75 N700E-125N700E-175N700E-225N750E-25 N

750E-75 N750E-125N750E-175N750E-225N

WO NO', 83-0792 PAGE 1,^4

ASPPM

1,71,01.62,13,0

1,61,31,73,11,2

2,66,12,13,1

19,4

,82,12,61,33,5

3,83.52,11,0

34.4

4.42,02.54.11,2

2,53,14,24,95,1

1,63,21,53.82.9

2.66.56.83.2

HGPPB

19910236

133214

128138117209158

158173158107128

.97 ...163179133194

184184133112163

102199306184367

128117168133194

194204133168138

61199194194

SB AGPPM PPM

<,2 <,2•*' , 2 < , 2< , 2 < , 2< , 2 < . 2<,2 <,2

<,2 <,2<,2 .2< , 2 < » 2<i2 <»2<.2 <,2

<,2 <,2<»2 <»2

,2 <,2<,2 ,2

,2 <,2

<,2 <,2<,2~~ ' " < t 2~ ~ —•\ » 2 •( , 2•s,2 ^,2

,2 ,2

<,2 <,2,2 <,2

<»2 <»2<,2 <»2

,2 .2

<,2 ,4,2 <,2,2 <.2

<,2 ,8<,2 ,2

<,2 ,4<,2 ,2

<',2 * \2<,2 ,2

<,2 <,2\2 <,2<»2 <»2< , 2 < , 2<,2 <,2

,2 <.2

i*2 <.*2

AU™

PPB

<5<5<5<5<5

<5<5<5<5<5

<5<5<5<5<5

<5—— <5<5<5<5

<5<5<5<5<5

<5<5<5<5<5

<5<5<5<5<5

<5<5<5<5<5

<5<5<5<5

APPENDIX II

ASSESSMENT SPECIFICATIONS

(1) Manitou Lakes Project

(2) Giant Mine Grid

(3) Gold Rock Extension and

Queen Alexandra Grid

(4) Glass Reef Grid

APPENDIX II TO ADDENDUM

^P ASSESSMENT SPECIFICATIONS

Field and office interpretation days, man days and assessment days for the geophysical, geological and geochemical surveys conducted from January - February 1984 on the Cochrane Manitou Lakes mineral properties.

MANITOU LAKES PROPERTY

NAME AND ADDRESS TITLE DATES TOTAL TOTAL ASSESSMENT DAYS WORKED HOURS 8 HOUR 1984 DAYS

G. Nolin 1461 Hunterbrook Road N.W. Calgary, Alberta

T. Dundas 540, 707 - 7th Avenue S.W. Calgary, Alberta

M. Fox^UO Hawkwood Hill N.W. ^^Igary, Alberta

D. Bingham 1 Alfriston Crescent Shilo, Manitoba

R. Nishimura 20 Wentworth Crescent St. Albert, Alberta

A. McLeod General Delivery Stanley Mission, Sask.

W. McLeod General Delivery Stanley Mission, Sask.

M. Hod g son 718, 1833 Pembina Way Winnipeg, Manitoba

R. Vincent Island View Cabins Wabigoon Lake, Ontario

Geologist

Geophysicist

Project Geologist

Geophysicist

Junior Geophysicist

Sr. Technician

Sr. Technician

Senior Geo- Technician

Technician

Jan. 9, 10 Feb. 9, 10 Feb. 18- 20 Feb. 11-17

Jan. 15-21 Feb. 6-11

Jan. 8,9 Jan. 14 -

Feb. 20

Feb. 2-17 Feb. 18-20

Jan. 14- Feb. 17

Feb. 18-20

Jan. 14- Feb. 17

Jan. 14- Feb. 17

Feb. 14-17

Jan. 14- Feb. 6

24 24 24 72

84 72

24

456

192 36

420 36

420

420

48

264

3 3 3 6

7 6

3

57

245

535

53

53

6

33

21 REP, INTRP 21 " 21 " 42 FIELD

49 FIELD 42 REP, INTRP.

21 REP, INTRP.

399 FIELD

168 FIELD 35 REP, INTRP.

371 FIELD 35 REP, INTRP.

371 FIELD

371 FIELD

35 FIELD

231 FIELD

« Marion land View Cabins Wabigoon Lake, Ontario

TechnicianJan.14-

Feb. 6 264 33 231 FIELD

- 2 -

J. CelW

R IB - 14th Avenue S.W.Igary, Alberta

Rhonda Gussek 15 Willowdale CourtOxdrift, Ontario

Peter Guy General DeliveryDryden, Ontario

Technician

Assistant Technician

Assistant Technician

Jan. 7-9Jan. 14-30

Feb. 11-20

Feb. 4-20

36204

120

204

626

15

26

42179

105

179

REP, INTRPFIELD

FIELD

FIELD

TOTAL 3444 426 2969

APPENDIX II TO ADDENDUM

ASSESSMENT SPECIFICATIONS

Field and office interpretation days, man days and assessment days for the geophysical, geological and geochemical surveys conducted from January - February 1984 on the Cochrane Manitou Lakes mineral properties.

GOLD ROCK EXTENSION

NAME AND ADDRESS

G. Nolin 1461 Hunterbrook Road N.W.

TITLE DATES WORKED 1984

Geologist Feb. 13 Jan. 10

TOTAL HOURS

12 12

TOTAL 8 HOUR DAYS

2 2

ASSESSMENT DAYS

1414

FIELD REP, INTERP

Calgary, Alberta

T. Dundas540, 707 - 7th Avenue S.W.Calgary, Alberta

M. FoxHawkwood Hill N.W.

Alberta

D. Bingham1 Alfriston CrescentShilo, Manitoba

R. Nishimura20 Wentworth CrescentSt. Albert, Alberta

A. McLeod General Delivery Stanley Mission, Sask.

W. McLeod General Delivery Stanley Mission, Sask.

M. Hodgson718, 1833 Pembina WayWinnipeg, Manitoba

Geophysicist Jan.16,17

Project Geologist

Jan. 14-21

Geophysicist Feb. 3, Feb.19

24

96

126

Junior Jan. 3,16,17, Geophysicist 22,24,25, 96

26,28, Feb. 18 6

Sr. Technician

Sr. Technician

Jan.12,13,14,20,29 72

Feb. 3

Jan.12,13,14,20,29 72

Feb. 3

Senior Geo- Technician Feb. 15

TOTAL

12

21 FIELD

12 84 FIELD

2 14 FIELD1 7 REP. INTRP

12 84 FIELD

1 7 REP. INTERP

9 63 FIELD

9 63 FIELD

2 14 FIELD

420 55 385

APPENDIX II TO ADDENDUM

ASSESSMENT SPECIFICATIONS

Field and office interpretation days, man days and assessment days for the geophysical, geological and geochemical surveys conducted from January - February 1984 on the Cochrane Manitou Lakes mineral properties.

GIANT PROPERTY

NAME AND ADDRESS

G. Nolin 1461 Hunterbrook Road N.W. Calgary, Alberta

T. Dundas 540, 707 - 7th Avenue S.W. Calgary, Alberta

M. Fox4&0 Hawkwood Hill N.VJ.

TITLE

Geologist

Geophysicist

Project Geologist

DATES WORKED 1984

Feb. 12 Feb. 9

Jan. 15 Feb . 6 , 7

Jan. 30- Feb.1,2,3

TOTAL HOURS

12 12

1224

48

TOTAL 8 HOUR DAYS

2 2

2 3

6

ASSESSMENT DAYS

14 14

14 21

42

FIELD REP, INTERP

FIELD REP, INTERP

FIELD

, Alberta

D. Bingham1 Alfriston CrescentShilo, Manitoba

R. Nishimura20 Wentworth CrescentSt. Albert, Alberta

A. McLeod General Delivery Stanley Mission, Sask.

M. McLeod General Delivery Stanley Mission, Sask.

Geophysicist Feb.18

Junior Jan.12-15,18 60Geophysicist Feb.19 6

Sr. Technician Jan.15,16 24

Sr. Technician Jan.15,16 24

7 REP, INTERP

8 56 FIELD1 7 REP, INTERP

21 FIELD

21 FIELD

R. VincentIsland View CabinsWabigoon Lake, Ontario

Marion"sland View Cabins Wabigoon Lake, Ontario

Technician Jan.19,21,24 36

Technician Jan.19,21,24 36

35 FIELD

35 FIELD

TOTAL 300 41 287

APPENDIX IITO ADDENDUM

ASSESSMENT SPECIFICATIONS

Field and office interpretation days, man days and assessment days for the geophysical, geological and geochemical surveys conducted from January - February 1984 on the Cochrane Manitou Lakes mineral properties.

NAME AND ADDRESS

G. Nolin 1461 Hunterbrook Road N.W.

LEUILLER

TITLE

Geologist

PROPERTY

DATES WORKED 1984

Jan. 9 Feb . 11

TOTAL HOURS

8 12

TOTAL 8 HOUR DAYS

1 2

ASSESSMENT

7 14

DAYS

REP, INTRP FIELD

Calgary, Alberta

T. Dundas540, 707 - 7th Avenue S.W.Calgary, Alberta

M. FoxHawkwood Hill N.W.

, Alberta

D. Bingham1 Alfriston CrescentShilo, Manitoba

R. Nishimura20 Wentworth CrescentSt. Albert, Alberta

A. McLeod General Delivery Stanley Mission, Sask.

W. McLeod General Delivery Stanley Mission, Sask.

M. Hodgson718, 1833 Pembina WayWinnipeg, Manitoba

Geophysicist Jan.19,20,21 36

Project Geologist

Jan.22-29 96

Geophysicist Feb.19

Junior Jan.19,20,21, 60 Geophysicist 23,27

Feb.18 6

Sr. Technician Jan.21,2227,28

Sr. Technician Jan.21,2227,28

Senior Geo- Technician

Feb. 14

42

42

12

5 35 FIELD

12 84 FIELD

1 7 REP, INTRP

8 56 FIELD

1 7 REP, INTRP

5 35 FIELD

5 35 FIELD

2 14 FIELD

TOTAL 320 22 294

APPENDIX II TO ADDENDUM

ASSESSMENT SPECIFICATIONS

Field and office interpretation days, man days and assessment days for the geophysical, geological and geochemical surveys conducted from January - February 1984 on the Cochrane Manitou Lakes mineral properties.

NAME AND ADDRESS

QUEEN ALEXANDRA PROPERTY

TITLE DATES TOTAL WORKED HOURS 1984

TOTAL ASSESSMENT DAYS 8 HOUR DAYS

G. Nolin1461 Hunterbrook Road N.W.Calgary, Alberta

T. Dundas540, 707 - 7th Avenue S.W.Calgary, Alberta

M. Fox20 Hawkwood Hill N.W. llgary, Alberta

D. Bingham1 Alfriston CrescentShilo, Manitoba

R. Nishimura20 Wentworth CrescentSt. Albert, Alberta

A. McLeod General Delivery Stanley Mission, Sask.

W. McLeod General Delivery Stanley Mission, Sask.

M. Hodgson718, 1833 Pembina WayWinnipeg, Manitoba

R. VincentIsland View CabinsWabigoon Lake, Ontario

« Marion land View Cabins Wabigoon Lake, Ontario

Geologist Feb.14-15 24 Feb. 20 1

32

Geophysicist Jan. 20

Project Geologist

Geophysicist

Junior Geophysicist

Feb. 15-20

Feb. 4 Feb . 18

Jan. 29-31 Feb. 1,2, 4 Feb. 19

72

12 6

36 36 6

9

21

5 5 1

Sr. Technician Jan.17,18,19 7223,24,25

Sr. Technician Jan.17,18,19 7223,24,25

Senior Geo- Technician Feb.17 12

Technician Jan.17,18,20 36

Technician Jan.17,18,20 36

21 FIELD14 REP, INTERP

7 FIELD

63 FIELD

14 FIELD 7 REP, INTERP

35 FIELD 35 7 REP, INTERP

63 FIELD

63 FIELD

14 FIELD

35 FIELD

35 FIELD

TOTAL 427 59 413

APPENDIX II TO ADDENDUM

ASSESSMENT SPECIFICATIONS

Field and office interpretation days, man days and assessment days for the geophysical, geological and geochemical surveys conducted from January - February 1984 on the Cochrane Manitou Lakes mineral properties.

GLASS REEF PROPERTY

NAME AND ADDRESS

G. Nolin 1461 Hunterbrook Road N.W. Calgary, Alberta

T. Dundas 540, 707 - 7th Avenue S.W. Calgary, Alberta

M. Fox JttO Hawkwood Hill N.W.

TITLE DATES TOTAL TOTAL ASSESSMENT DAYS WORKED HOURS 8 HOUR 1984 DAYS

Geologist Feb. 16, 17 24 3 21 FIELD Feb. 10, 18, 19 36 5 35 REP, INTRP.

Geophysicist Feb. 9,10,11 24 3 21 REP, INTRP

Project Feb. 4-14 132 17 116 FIELD Geologist

(Prlgary, Alberta

D. Bingham1 Alfriston CrescentShilo, Manitoba

R. Nishimura20 Wentworth CrescentSt. Albert, Alberta

A. McLeod General Delivery Stanley Mission, Sask.

W. McLeod General Delivery Stanley Mission, Sask.

M. Hodgson718, 1833 Pembina WayWinnipeg, Manitoba

Geophysicist Feb. 5-18 168 Feb. 20 12

Junior Feb. 5-18 168 Geophysicist Feb.20 12

Sr. Technician Jan.30 -Feb.18 288

Sr. Technician

Senior Geo- Technician

Jan.30 -Feb.18 288

Feb.16 12

21 147 FIELD 2 14 REP, INTRP.

21 147 FIELD 2 14 REP, INTRP

36 252 FIELD

36 252 FIELD

14 FIELD

TOTAL 1164 148 1033

P t0 p -,- Lover Manitou Lake CLAIM

BY M. FOX BEARING. 33Q C AZ ANGLE

l NO. 1 of 1

DAY

NTS 52 F - 77

HOL3 NO. GR- - 8*f - 2

317'

i-'.'.GM TO

1 ^V) 317 .0

ROCK CLASSIFICATION

Overburden, ice, water 0-2.0 : ice, 2.0 -72: /Jater

Sandstone light to medium, green and gr.icni

'to

veryfine grained, to rr!,diu;n grainsdsandstone; bedding is 60 - 65° toDDH axis.individual bids nra massive and exhibitupwards fining from mcdiom grained sand sizedparticles to vsry 1'iiic grained sand andco.nrse grain'-.d. silt sized particlescoarser grained sections are more leucocratiotending towards a light grey or greenish greycolor 3nd co :SJ'st of 20 - -JO ,!> -Juartz grains(colorless) in a silty matrix, fine grainedsections have l^ss visible quartz

and ore darker colored0.25/« very fine grained to fine grained pyrite disseminated through section. 92 - 112: abundant quartz banding plus black chert and. white quartz pebLlas 225 - 230: similar to 92 - 112 2U5 - 2^6: very light .grey sandy band with 5/2 disseminated pyrite 200 - 277: very fine - grained black Magnetite (?) co..s titutes 2»5> of rock 301 - 3-L1* 1 banded tuffaceous zone: Flattened .quartz lapilli in a greenish to buff sericite-chlorite epidote mat

MIN&ULIZATI DN ASSAY' DATA

TYPE

Pyrite

magnetit to

IX

SAMPLE

0.2'to0.5

5.os 2.05.0

WIDTH

I

.

EXPLORATION LOG SHEET

______Reef, Lower Manitou Lake CLAIM N*

LOGGED BY .M. Fox BEARING- ^2Q°AZ ANGLE

DAY STARTEH

_NTS tp p T HOLE NO.

. TOTAL D^PTH 5QV_ PAG3 NO. 1 ftf U

FOOTAGE.

FROM TO

.0 22.522.5 61.

61.0 69

69.0 80.

80.5 15^

i \

ROCK CLASSIFICATION

/Overburden

) Dacite Medium to dark green fine grained Dacite: 10-15$ Fine Grained WhiteQuartz Crystal 'Fragments in a DenseGreen groundmass,.-0.25/j very fine grained disseminated pyrite..

0. QUARTZ - CHLORITE SCHISTSheared Dacite (?)Foliation at 50° to DDH AKIS

> DACITE

. Similar to 22.5 - 6-1.0?6.0 TTO Chlorite Schist (shear)

0 RHYODAC1TELight greyish green very fine grained Hhyodacite. Abundant (25-30$) Fine grained white to colorless quartz crystal fragments with indistinct grain. Boundaries; approximately 5$ chloritized Hornblende rnicrophsnocrysts 116 - 117 0'2?e nrL^ar A Z ;chlorite schist similar 'to51.0-69.0, A few coarse grained euhedral pyrite cubes along a narrow (0 0^"} Quart*filled Fracture 5 ; Quartz -125.0 -15U.O Finer Grained, Somewhat Darkergreen., 7ll+nnS 7 ^2 ' 0: Chi11 Banding at 55°to DDH Axis.

MINERALIZATI

TYPE

Pyrite

*

%

0.25

)N ASSAY! DATA

SAMPLE WIDTH

VJ

O^TO*/

x

»

EXPLORATION LOG SHiSJST

PROP-SRTY'^1 ass Heef, Lower Maaitou Lake CLAIM NO. 4fr________DAY STARTED.

LOGGED BY M» FO* BEARING. 320°az ANGLE *ffr° . NTS 52.-F-7'

2 of if

HOLE NO.

TOTAL D^PTH PAGE NO.

FOOTAGE.

FROM TO

15V. 0 I 6(.

166.5 176

176»5 186

186.5 2C

20V.O 31G

ROCK CLASSIFICATION

.5 ilHYODACITIC TUFF ''Light to medium greyish green very fine grainedThinly (0.05 - 0.5"). Banded Tuff; Bandingis 50° - 55° to DDK, Axis.

coaS^graiRJS^SfacS^ilongated mafic Crystalsin a light grey groundmass of quartz (shearedtuff) -0.5 - 1.0$ Extremely fine grained.pyrite in disseminated grains and blebsinterstitial to mafics.. foliation approx 60°to DDK Axis.

.5 • RHYODAC1T1C TUFFSimilar to 15V. 0 - 165*5

V.O DACITE' Similar to 22.5 -6l

196.0 199.0; weak quartz veining, occasionalspecks of pyrite., 2ol,o - 20V.O: weak quartzveining, occasional specks of pyrite.

,0 .'ANDjlSlT^ - BASALT20V.O 226.J 0; 'abundant chloritized hornblendemicrophenocrysts and crystal fragments, plus, Isucocratic feldspar rnicrophenocrysts in adense, medium green groundmass 226. .0 - 23V. 5basalt: dark green to greenish black, fine graiibasalt; 0..25J& pyrite. ..23V.5 - 235.5 Dacitic Tuff; fine grained mediuri some quartz 235.5 - 2V6.0 basalt, similar to226 - 23V. 52V6.0 - 310.0 andesite, similar to 20V - 226,Fine grained varying through to indistinctly porphtritic texture.

MINERALIZATI

TYPE

,ed

i green,

*

%

)N ASSAY: DATA

SAMPLE WIDTH OjrfTO*

»

P ;0i :d'Y :-'^r-s .l^f, Lowar KrmiUm L-ike CLAIM NCL.A________DAY

LCKio.;i> BY M. FOX BEARING. 320°n?, ANGL^ - l *5 c> NTS 52-F-7

L_HOLE NO. GH-8>i-l

TOTA], u.:;PTH .i NO. 3 of

u^

TO

o 3'v

o ho:

.0 »i;

0 50J

HOCK CLASSIFICATION

..0 . S.biilClTh; SCIJ'JJT Light grey thinly b-mded. h- - 10 /' Fine ^rainod to medium grained disseminated ouhedral pyrite licht ci' fi y, narrow (1") quartz veins; at 319..5, 321.25', 322,25 (3") foliation 60° - 65° to JJDH Axis. 33 ! i - 336 e^'^atiotifil contact with andesite.

..0 AND^JTESimilar to 20'i - 2 26 a nd 2 l f6 - 310 some quartz - epitlotc- banding at. 50°

J ~ '' Porphyritic section with- .ipidotiaed feld.sp?u- phenocrysts up to 0.3."

in di?unetflr in n dark »reon fine grainsd ground 9.0 AiaJJ^l'J'lC TUFF

Dark to medium Lre,'.l sii - green, fine ' grained tuff, Banding at 55 - 60° to DDH

.0 Ai-JJJ.'JJlTK|i-29 - U63: porphyritic, similar to 351 - If 01 •163 - H-75: hornbloride Microphonocrysts.

i

MINiiRALIZATI

TYPE

Pyrite

aass.

Pyrite

%i8?o

o.5

)N ASSAY: DATA

SAMPLE

t

WIDTH OJrfTO*

}•'(i-'.'lOM

3JO

336

'"r 0 1

EXPLORATION LOG SHEET

PROPERTY Glass fcef, lower manitou lake CLAIM N£L*

LOGGED BY, . M. Fox BEARING. 320°AZ ANGLE

•AY STARTED-

NTS __52-F-7__

DAY

HOLS NO._GR_8k-

TOTAL DJPTH 501 PAGE NO, *f of

FOOTAGE

FROM TO

^29.0 50(continu

i P»3)

1

END OF 11

ROCK CLASSIFICATION

.0 - J+65..5-l+67: Quartz - epidote veiningd from H75 - H81+.5: Porphyritic, similar to

351 - HOI with feldspar microphenocrysts H8n,5 - 501: similar to ^63 - 1+75 with Hornblende microphenocrysts.

LE.

•

MINERALIZATI

TYPE

•

%

)N AS

SAMPLE

SAY' DATA

WIDTH

••

oftTo*

*

\ II

^v

(":;v;

•-" X

-

'•sr

y \

'

ST ^

^

*. - Vi "

\\

N^

- '-

1

*N

t

- S i ^

»K

\

- VJl ^ £

t>

\^

KJ

§|^ $5; ^ ^ ^

•0

^s ^

N

N ^

1V

v ^\

\

f\t"N

H

\

$

?%

^

^

^

^

^1 ^5

^3 ^ U 4.-u

t

"^«

yv^^

v

th

1 5 ! j K f

•?+

&?*/

^ fiM u-

/ •• I

LJ_-^_w

- -,~^-/^r

' • &XPLO RATI ON LOG SHISET --.-.-.

l'-l-vsf; itsof, Lower Hn^.itou LakepLAlM Nojfc ________ DAY STARTED

! LOGu.,D BY :''y j |1o* BEARING. 150° ANGLd *f5° ______ NTS _ 52JL7 HOLS NO.. BB 8^

TOTAL u^PTH 108' PAGii NO. 1 of 2

: FOOTAGE.f ':...„ .

;; FROM TO

0 7.5; ?-'; ^ 1 "°

f

; 31:0 L)5.o

'i5.o 55.0

?

r ,,•

k

^•i'iit.

* •.

ROCK CLASSIFICATION

Overburden . /Sericite Schist Sftrft^Vc^i^JcW £?•{]? qFaine£ KI^1.1.^. t i^y £>.. i j. u j uc, bcnist probably originaJly a siltstone 1 6% graphitic partings; Foliatio , at 25° to DDH-axis.0.5 - 1.5^ Fine grained disseminatedpyrite along seams and white -Quartzstringers parallel to foliation•Tuartz '- Sericite SchistThinly bandad light to medium•grey and greenish grey schist.Foliation at 30° to DDH axis

Mode: sond sized auartz' crajns ^0 - An^sffrlcite barlas b-1 ^-1-"* PV - pu$ quartz pebbles 10$Matrix 20$

Banded and Disseminated Sulphide zone jft t o 15>0 banded and Disseminatedpyrite in quartz saricite schist(see dc-scription above)pyrite occurs as vbands streaks and lenses ol discrete dissert inated grains (o.Ol - 0.1" in diameter), also as coarse grainad suhedral crystals and nodules of fine grained pyrite 0.2" to 0.5" in dla.neter all usually associated•with white quarts augon-like lensesarid narrow stringers.

i

MINiSRALIZATI

TYPE %

1

DN ASSAY: DATASAMPLE WIDTH. OJ^TOJV

' i

jj.A^JjUKA'1'lUll LUU

LOGGED BY

J]MBS re=f, Lower Mrn tou LakeCLAIM N

BEARING.

i TOTAL DJPTH

.DAY STARTED. J3AWQMPL

NTS HOLE NO. - i103 PAGi-l NO, 2 of 2

1 FOOTAJE

! FHOM TO

;• 55.0 108.

i"

*-

Sh.

p

if

1:1

n>t1 f

s

ROCK CLASSIFICATION

0 . Quartz - Sericite Schistsimilar to 31.0 - '+5.055.0 - 63.0, 2.3/; Fine GrainedDisseniinatod Pyrito-in infraquent

. bands and stroaks63.0 - 66.0 light crey. to buff bandof sand; foliation at 30° to DDH axis31.0 to 103.0: Quartz pebblesincra-ising in size and abundance down hole.

. Hole lost at loS 1 Due to broken. bit in hole.

i

i i

MIN&ULIZATI

TYPE

•

'

*

3N ASSAY: DATA

SAMPLE WIDTH

.-

*

OJrfTO*

••*

f

'*i

>o

I

f\>CD

1 sCD

,1 J,. ". ftt If •4

CD

EXPLORATION LOG

tPaOPJ)RTY- Alexandra, Mrmitou DAY SLOGG^D BY' . M. Fox BEARING. _

iTOTAL DjlPTH 121' PAGE NO.

ANGLE _

1 of 1

NTS HOLS NO.

I FOOT AGEtf'FROM TO

.0 30.0t",,

: 30.0 121

•

END OF H

.. . _ "">-,•.

ROCK CLASSIFICATION

• Overburden, ice, water 0.2.0 ice, 2.0 - 1^.0 Water

. •0 Dacitic Tuff

Medium green, fine grained Dacitic Tuff with 10 - 15$ Quartz and Feldspar crystal fragments occuring as elongated white clasts 0,05" - 0.2" long in a dense green matrFoliation is approximately *K)9 to DDH axis. 0.5 - 1.0$ fine - grained disseminated pyrite ^•O - L(-8,5 approx 5°$ by volume white and rose colored quartz veining; widest veinlets are 2" and 3" 35 - 37' a JTew quartz stringers.

iLiS.

MIN&ttLIZATI

TYPE

Pyrite

ix.

•

%

\

0.5to

1.0

1

DN ASSAY DATA

SAMPLE WIDTH

— V"

O^TO

•-.

\

k

\\ K

2-01*1

\\

\

XXs,\\X

-V

•":

' A

^.

X

A *.

- i !", ,\

'• \i:-i

•f '

X

\\\\\

S.

x. V

X

.

" ^ ^

Ni

W\

v. .C

Alexandra Grip,5 PROPJ;RTY_ClTrleton Lake

LOGGED BY' . .. .,_____BEARING. 330° Az[] 1 OX" ™" " " " """""""""

.CLAIM N

ANGLE

DAY STARTED DAY,

NTS $2 F 7 HOLS NO. CL OU 1

TOTAL D^PTH PAGfl N0> 1 of 1

f FOOTAGE,sir

f FROM TOf-; 0 26r 26.0 - ij>(

•

,,

t>'

i

]' iiND OK 110

ROCK CLASSIFICATION

/•Overburden.

'..0 Quartz Monzonite PorphyryPink, porphyritic, coarse grained quartz Monzonizoned, pink, sometimes evhedral orthoclase(microcline; phonocryst.s (0.2: - 0.7" long)in a matrix of coarse to medium grained lightgrey plagioclase,.. clear quartz, and blackhornblende crystals, orthoclase phenocrystscommonly exhibit light grey to white cores.and indistinct, blurred grain boundaries as a

• consequence of later alteration .(albitization)hornblende grnins are partially altered to epidopyrite mode: orthoclase (microcline) 60$

Plagioclase 20/2Hornblende , I0foQuartz 7/«Epidote 2.5$Pyrite 0.5$

/the entire section exhibits weak propyliticalteration characterized by an albite epidotepyrite assemblage, occasional narrow Quartzor aplite stringers (up bo 1" thick) witha little pyrite intersect the DDII axis at U5°

ti.

i

MIN&ULIZATI

TYPE

be.

be and

i %

i

ii

•

DN ASSAY DATA

SAMPLE WIDTH °MJ'°'V

IS A P Li U K ATI UN liUU

, ITY n Grip, CLAIMton

* LOGGED BY !•'.. Fox BEARING.

DAY STARTS

TOTAL IJ^PTH

NTS 52 -F-7

*7 /04- DA^ 1 1||| | H'T

HOLS NO. CL 8^f 2,3 NO. l o f 1

FROM TOROCK CLASSIFICATION

MINSRALIZATI)N ASSAY DATA

TYPE SAMPLE WIDTH.

Overburden:-ion?,onit.e

pink poi'phyritic, conrse grainedqunrtz monzoniteideiiLic-il to iatursection in DDK. CL -8H-1for dotfiilc-d description see log for' "• 01 Ult ~ 1

• X •'

\

4i

EXPLORAT A1 M

PKOl'KKTY MANITOU LAKES, Ontario CLAIM N0. DAY STARTED 22/4S DAY COMI'L

I.OGCKD BY M- Fox

FOOTAGE

FROM TO

REARING 140° AZ ANGLE -45° NTS 52-F-7 HOLE NO. QA-84-1

TOTAL DEPTH 161.0 PAGE NO. 1 of 1

ROCK CLASSIFICATION INERALIZATION

TYPE

ASSAY DATA

SAMPLE WIDTH OZ/TON AU

0.0

13.0

13.0

26.5

26.5 98.0

142.0

J 4 2 .0 ] 61 . 0

Overburden

Felsic crystal tuff '- light to medium grey thinly laminated, fine-grained

tuff, subordinate graphitic banding with transitions in and out of relatively more graphitic sections

- minor pyrite occurs uniformly through the section as fine grained disseminations and dustings and courses-grained euhedral crystals, usually along graphitic partings.

Argillite (Graphitic schist)- dark grey to black thinly laminated bands (0.1" - 1,0")

of graphite and silty, carbonaceous argillite

- well foliated with schistosity intersecting DDH Axis at 45

- 0.5 - 4.0% pyrite as fine-grained disseminated grains & course-grained eupedral cubes along graphitic partings

Felsic crystal tuff- similar to 13.0 - 26.5, subordinate graphitic banding

- 132 - 136.5: shear zone; strongly sheared drag-folded sericitic graphitic schist

Argillite (Graphitic Schist)- similar to 26.5 - 98.0- subordinate leucocratic banding

pyrite0.5 t< 1.0

pyrite 0.5 t 4.0

pyrite

pyrite

0.5 t 1.0

1.0 tc 3.0

EXPLORATI^ LOO SHEETPKOPHRTY ^F MANITOU LAKES, Ontario

LOGGED BY M. FOX BEARING

CLAIM NO.

140° AZ ANGLE-45 1

_ DAY STARTED l/4// ?&/$4 DAY COMPLEX.//'"™•"--iji"-"•

NTS 52-F-7 HOLE NO. QA-84-2

TOTAL DEPTH

FOOTAGE

FROM TO

150' PAGE NO. 1 of 3

ROCK CLASSIFICATION MINERALIZATION

TYPE

ASSAY DATA

SAMPLE WIDTH

0.0' 9.0'

9.0' 37.0

J7.0 6/i.O

Overburden

Argillite (Graphitic schist)

- dark grey to black finely laminated (0.1" to i" + bands) carbonaceous silty argillite metamorphosed to graphitic schist with planes of schistosity inter seating DDH Axis at a 45 jangle (indicating near vertical dip)

v fine to coarse - grained (0.05" to 0,25") euhedral crystals of pyrite occur scattered uniformly through the section, oriented parallel to compositional layer ing (which coincides with the metamorphic foliation); hairline seams and lenses of pyrite also occur throughout the section, parallel to foliation

- total pyrite: 0.5% to 2%

Felsic crystal tuff '

- light to medium grey thinly laminated fine-grained crystal tuff, darker banding (0.1" thick) gradually increases upsection (?) to 64.0' where there is a gradational transition into a dark grey silty argillite with subordinate lighter colored banding

- minor pyrite occurs scattered fairly uniformly through tile section both as very fine-grained and coarse grained euhedral cubes along foliation planes and as fine dustings on hairline

pyrite 0.5 to 2.0

pyrite 0.5 to 1.0

9-12

12-15

15-18

18-21

21-24

24-27

27-30

30-33 33-37

EXPLORATIW ,OG SHEET;TY ^ MANITOU LAKES, Ontario

D BY

PHOPf.

LOGGE __

TOTAL DEPTH

CLAIM NO,

M -

150'

BEARING 140 AZ ANGLE

PAGE NO. 2 of 3

-45V__ DAY STARTED Jan. 23> 1984 DAY COMPLY

NTS 52-F-7 HOLE NO. OA-84-2

FOOT

FROM TO

ROCK CLASSIFICATION 1INERALIZATION

TYPE

ASSAY DATA

SAMPLE WIDTH OZ/TON AU

6/1.0 67.0

67.0 70.0

70.0 71.0

71.0 76.0

Argillite (graphitic schist)- dark grey to black, (Siliceous, silty argillite,

thinly laminated with subordinate lighter colored lamellae (0.1" to 0.2" thick) of slightly cbarser grained sediment; schistosity 45 to DDH Axis

- occasional hairline silica filled frac tures subparallel to compositional layering

- slightly more pyrite similar to that described above

Felsic crystal tuff (sericite schist)- dark to medium grey fine-grained

Lhinly laminated felsic tuff with subordinate lamellae of darker finer-grained material

- similar to lower part of 37.0 to 64.0 section described above

- 0.1% to 0.5% pyrite as very fine grained dustings to coarse-grained euhedral cubes on compositional partings

I

Argillite (Graphitic schist)- similar to 64.0 - 67.0 section described

above and represents an upsection (?) transition into fingergrained sediment foliation at approximately 45 to DDH Axis

Shear Zone (Sheared sericite schist)- very strongly sheared and dragfolded

schist: light grey fine grained, cut by occasional quartz stringerd

pyrite 0.5 to 1.5 64-67

pyrite 0.1 to0.5 67-70

pyrite 0.5 to 1.0 70.71

71-73.5

73.5-76

PROPERTY MANITOD LAKES, OntarioEXPLORAT1

CLAIM NO.

LOG SHEET

LOGGED BY M. Fox HEARING AZ ANGLE

_ DAY STARTED Jan. 23. 1984 uAY COMPL.

NTS 52-F-7 HOLE N0 . QA-84-2

TOTAL DEPTH150'

PAGE NO. 3 of 3

FOOTAGE

j FROM TO

1

; 76.0 91.0

91.0 150.0

,.p

t '

':.

:: KND OF HOLE

IT

ROCK CLASSIFICATION

angle of approximately 45 , at rightangles to the metamorphic foliation

Felsic Crystal tuff (Sericite schist)- similar to 37.0 - 64.0 section

described above, with a gradationalupsection transition into argillite

- minor very fine grained pyrite

ArgillJte (Graphitic schist)- similar to 9.0 - 37.0 section

described above; predominantlydark grey to black 0.05" to 0.3"thick lamellae of graphitic schistinter] aminated with subordinate(20% - 50%) lighter colored lamellaeof sericitic schist; occasionalcross cutting quartz stringersthroughoutsection from 76.0 to 101.0

- pyrite is more abundant in darkercolored bands and occurs as finegrained dustings to coarse grainedeupedral cubes along; graphiticpartings planes

MINERALIZATION

TYPE '

pyrite

pyrite

%

D.I to'

0.1 to 1.0

ASSAY DATA

SAMPLE

91-94

94-97

97-101

WIDTH OZ/TON AU

alexanclra, Manitou strnitsCLAIM N DAY STARTED

!; LOGG-CD BY' M. Fox BEARING. ANGLE NTS - F - 7 HOLE NO. tfA - 8^ - 3

TOTAL DJPTH PAG/i NO. 1 of 1

f FOOTAGE4ii

f! PROM TOi*•* 0 8.01 8 .0 10U

t

*: .

: .4J1) 01-' Het

^

•y

1

«.ROCK CLASSIFICATION

/, Overburden

0 Folsic Tuff !light grey to medium '.grey, finegrained to aphanitic or glassyfelsic tuff,, occasional indistinct coarsergrains as narrow lighter colored bands 555t-5 - 8^t: coarser grained moreleucocratic hands constitute LK)$ of therock; occasional flattened crystal fragments-outlining a weak foliation intersecting the

. L)J)HLaxis. at 50°, 0.25 - o..£.» extremely fine grained dissominated pyrite.

; ' '

Lfi

;

*

W T fct j»rj A T

TYPE

Pyrite

•

IZATI

%

0.25to

0.5

•

ON ASSAY: DATASAMPLE WIDTH

,,

OftTO*

' 1

.

Alexandra, Manitou ..-itrnlts CL'AIM N('i r*P i

fLOGGED BY_M - 1<lox BEARING. I'lO'-Az AHGL3 -*+5°

1 of 2

DAY STARTED.

NTS 52 - F - 7 HOLE NO. QA .-

.A, ||| p L

TOTAL DJPTH 1-1-2.0 PAGul NO*

FOOTAGE

{..PROM TOROCK CLASSIFICATION

MINdRALIZATI )N ASSAY-' DATA

TYPE SAMPLE WIDTH.

507'.5 3 1.

31.; 86. 5

86.5 91J 0

.OverburdenFelsic TuffLight to medium grey finegrained bo glassy or aphaniticfelsic tuff,, occasional flattened and elongatedcrystal fragments and bands of slightly coarsergrained lighter colored material outline a weakfoliation at approximately 50° to the DDH axis.0.25 - 0.5/& very fine grained disseminatedpyrite

Quartz - Chlorite - Sericite Schist interbanded light to darkgreyish - green and greenish yellow Quartz - chlorite sericite schist and lenses' of Felsic tuff (see description, above) 0..5 - 1.5$ Pyrito,. fine grainedShear /.onevery strongly sheared zone .consisting of chlorite - quartz schist (subordinate sericite) folJition at l-i 5 }- $0° to DDH Axis1.0 0 3.0 % Fine evhsdral cubes

r ;rained pyrite as disseminated

Pyrite

Pyrite

Pyrite

0.25 to

o.5

0.5 to

1.5

i.oto

3.0

.EXPLORATION' LOG ~S'H"Sfl'T P<01 ,.ITY ^•••^ Alexandra, ManJtou ^tr-utsCIjAlM N(L_0________DAY STARTED_____________DA!

BY H. Fox BEARING. 1^0"os ANGLIS -^5° . NTS 52 - F - 7 HOLS NO. Q. A. . 8^

TOTAL DJPTH 112 PAGii NO. 2 of 2

FOOTAGE

jfl-'ilOM TO

\ 9 1.0 9 l i-

I 9 L».0 112

F

f

f

1

i

fi

ROCK CLASSIFICATION! j

1

0 . Quartz Chloride Scricite Schist similar to 81;.. 5 - 86,5

0 Kelsic Tuff ! similar to 7.5 - 8.1.5

t

• ;

i

1

MINdKALIZATI

TYPE

Pyrite

Pyrite

•

•

%

0.5to

to o.5

DN AS

SAMPLE

•

SAY' DATA

WIDTH OgrfTO"

'•n

' S V\ ! i C \

£ \o

X.

<\c.

-I—'—I

V V

Ss. • ,u ' 5U- '•:• o iV * ! k' ; '' V<! ^; b:

P ^ i {>|^|!^ 5' ;;.

^

Vi • ' .,• x :l.b :^^; ^5^ v!^ ,\^ s •^ , 'N '-.' '

r1N

/#

I

- 2-

10 20

, V

I

-T————|————|————| II ii , I il

___.!!

1

,.'•*, I'f

V 1\JK V*.

*VK

/

P .10 P

LOGG.il) BY M- i''oxj. Luu L $ lf"c

BEARING. 330 (

TOTAL DJPTH 150' PAGE NO^

EXPLORATION LOG SHEET

.CLAIM HO. ^

ANGLE J+5°

1 of 2

.DAY STARTED

NTS

FOOTAGE

I-'.'IOM TOROCK CLAS31FICATION

MIN^RALIZATIDN ASSAY: DATATYPE SAMPLE WIDTH

0 21

21.0 72.C

72.0 81.1

3i. i; 116. 0

-Overburden •Sandstone 'Lii^ht to medium |j;rcy, relatively coarse grainedsandstone, sometimes thinly laminated withsubordinate (10-20,0 Thinly laminated bands ofvery fine grainad black' argillitesome graphitic partings..foliation at approximately ^5* toDD1I Axis.coarser grained zon=s are a little lightercolored.Argiluto

Predominantly thinly bedded very fine grained, somewhat graphitic black argillite with subordinate lighter colored sandy bands 70 - 75^ dark, silty, argillaceous material; 25 - 30$ by volume sandy leucocratic bands '0.25 0.5/2 fine grained disseminated. grains of pyrite on bodding planes 79.5 - Bl.5 transitional into sandstone3A11D3TONE .similar to 21.0 to 72.0npprox 80 - 90 $ Falsic sand sized grains- with 10 - 20,i dark argillaceous banding, minor pyrite ( .1% or less) as occasional fine. grained specks usually in argillaceous, bands.

Pyrite

; P.tOP-L.lTY .lock Extension, Up;^r CLAIM NaeI' LOGGED BY , M ' Fox BEARING. 3iO"az ANGLE

__DAY STARTED____________DAYCjQMEL NTS 52-F-7; HOLS NO. Mli-W-1

TOTAL DJPTH 150.0 o) NO. 2 of 2

i FOOTAGEf: ———————————————

I PROM TO

| 116.0 120

1 123.5 1504-

! .iijj or ,Ai i

l f-E f.: „.....

ifc-

mm^m^^

ROCK CLASSIFICATION

.5 • ArgilliteSimilar to 72.0 - 81.5 a few more siliceous to cherty medium grey bands.

.0 Sandstone similar to 81.5 - 116.0

Lii,

«

i

i • •

^ ______

MIN^aALIZATI

TYPE

•

%

•

ON ASSAY DATA ' 1

SAMPLE WIDTH

-'

•

OZi/T O N 1

•- 1

P.'.OP^.ITY iifl-ld .tock Extension,Upper"anitou Lake.

f LOGGED BY . M. Fox BEARING. 330° a?.

TOTAL DEPTH 16 5 PAGE

.CLAIM N

ANGLE

1 of 2

"•* J)AY DA

NTS 52 F 7' HOLE NO. MB Bh 2

FOOTAGE

FROM TOHOCK CLASSIFICATION

MINERALIZATI DN ASSAY: DATATYPE SAMPLE WIDTH

0 8.0 3.0 l.i.O

lo.O 67. c

67.0 68. (

77..C

77.0 93. C

OverburdenArgillite ,

very fine grained! to. extremely fine grained thinly laminatod black argillite: subordinate (lo> by volume) bands of coarser grained sh rid stone, abundant graphitic partings, foliation at ^ 5° to DDil axis. 12.0 - 18.0 transitional into light to medium grey sandstone.

• Sandstonelight to medium grey, thinly laminated sandstone.

, 80>o - 90;<i sand sized f el sic grains 10/» - 20$ Dark argillaceous banding - 60.0 - 67.0 coarser grained more leucocratic zone.Argillite•similar to 8.0 - 12.0dark grey siliceous argillitoMassive sulphide ; zone15% - 9 5/o fine grained yellow pyritein massive aggregated and semi massive blebs;Black very fine grainnd oherty,argillaceous matrixlianded Sulphide Zone15/j to ifO# (averaging 25;0 f J ne grained yellow pyrite jn"l>--nds (o.l - 0.5" thick)

Pyrite 75%to

Pyrite

i!<ArijUttAT.i.uw t.uu an^cjj. :

v *r.P -ViTYQBkd .iock i^xtcn

w. 1 '?

LOGGED

TOTAL

BY

DjJPTH

r m anitou M. Fox

165'

la B

sion.kfi, FARING

CLATH fln A PAV STARTED. 330° az

PAGii NO.

1 ' ^ ANGLri -1+5° NTS 52-F-7'

2 of 2

m^inMPL

HOL3 NO. MB - 8M- - 2

•I FOOTAGE

• FROM TO

' 77.0 93. (contj riuec

-

r ' 93.0 9M.(1!

•If

1 C»a.o 113

; 113.0 lie

; iio.o 13

I 1 35.0 16

? ' ^ 0 1-- ii(

ROCK CLASSIFICATION

> . concordant 'vdth compositional layeringof medium grey to black cherty9rgillite hostlayering and banding at ^5° to DDH Axis,

) Cherty Argillite - iyriticDark grey very fine grained toextremely fine grained siliceous.to cherty argil]. i te5 - 15$ fine grained pyritein banded aggregates, streaks' and blebs.

0 • Banded Sulphide Zonesimilar to 77-9310/b - 30/J fine grained pyritein bands- concordant v/ith compositional layering

..0 Cherty Argillitesimilar to 93.0 - 93. 0, but loss pyrite

>'.0 Banded' sulphide zoneSimilar to 93.0 - 113.0 but less pyrite123.0 - 175.0 only 1 - 2 % pyrite125.0 to 135.0 : ; 5 - 10# pyrite.

i.O Sandstonesimilar to 10. 0 r- 67.0occasional grains ov thin streaks of

, fine grained, pyrite.

.LJ2.i

MIN3RALIZATI

TYPE

Pyrite

Pyrite

Pyrite

Pyrite

Pyrite

%

10. <

20.0

5.0

10. (to

15.0

0.5

DN ASSAY DATA

SAMPLE WIDTH

V

QffiO*

. %

MB- £4 '-/ • •• I-

PPH

M/WAI6, 1904

>ni. ,rmi Hock -'Ixte, ISlOn, UOperI n T,.,V^ ___ V • *• r-TA-rv/CLAIM JMY STARTED.

! LOGGED BY . in. Fox BEARING. 050°ft-

; TOTAL DJPTH 1^2.5' PAGii NO, 1 of 1

NTS 52 - F - F HOLS NO, • GI 8U 1

f FOOTAuE

f FROM TO

•, 0 9.5

?" 9.5 126.5(-^f

126.5 1^2

r1 -. ,> •:

rf-f ' ;|:

it-

i

r

1*l'

^• : '.

', ROCK CLASSIFICATION

OverburdenDaciteLight to medium grey -finegrained dacite; some raicroporphyritic sectionswith whitish feldspar raicrophenocrystsoccasional visible qinrtz grains, clear todark grey translucent crystals.

.5 Dacitic Tufffine grained medium greyishgreen banded Tuff,banding subparallel to DDH axis

COMMENTS: DDH did not intersect pyritized pinkishexposed at surface Lithologies intersec'in drillhole strike subparallel to

, direction of drill hole; DDH resultssuggest dyke is faulted off or strikes:parallel to enclosing volcanics,almost at 90° to strike directionsuggested by jointing.

1 i

t . '

*

i

MIN3RALIZATI

TYPE

dykeed

%

DN ASSAY: DATASAMPLE WIDTH OffiOU

V ' • 1

PiOP^tTY rock extension luu

' LOGGED BY . M, Fox BEARING.

.CLAIM N

ANGL3

_J}AY STARTED.

NTS cr? HOL3 NO.

niTiyinrTni flU P

: TOTAL D^PTH 161.0* ^ NO* 1 of 2

FOOTAGE

1 FROM TOROCK CLASSIFICATION

MIN&ttLIZATI N ASSAY: DATATYPE SAMPLE WIDTH.

0 13.0O

2'l.0 20.<

29.0 iiH.o

l.0 30

.OverburdenDaciteLight to medium gjray. fine grainedDacite, .^uartz Mi'crophenocrystsDacitic Tuff IMnii grained, medium graen, occasional banding, grading kJovnhole into flow 0.5/0 fine grained' dissaminrvtsd pyriteUncitesimilar t o 13.0 - 2 ! !,0Rhyodacite (?)Laucocratic, pinki:>!i-grcy veryfine-grained, to oxtrcrnnly fine.grained rhyodacite(v) flow'JO.O - 51.0 Dark IMak.ish Black Cryptocrysta.Ll.ine Uliill-.-ii contact2/j - !)•;,,'• fine qrninid disseminated.pyrite along mar vow (0.1 -.- 0.2")White Quartz - fil.i..--d Fro.cturesIntersecting. DiJlI ;Axis at ^ 5°Dacitic Tuffsimilar to 13.0 - ;^!|.0 but finer grainedlight to medium grey, banding at Lh5°to DDH. Axis • 'l)aciteSimilar to 13.0 to 2^.0

Pyrite 0.5

N

\ LOGGED BY_

TOTAL DJPTH

BEARING.

.CLAIM

ANGLiS

J)AY STARTED.

NTS HOLS NO. GI

16.1.0 PAGi:) NO, 2 of 2

: FOOTAGE

1 FROM TOROCK CLASSIFICATION

MIN3RALIZATDN ASSAY: DATATYPE SAMPLE WIDTH.

80.25 3M-.

5.

12.^.5 123

i;?;i.o 130

1.-0

o

136.0

.5 161 ,0

Rhyodacite. (V) chilled flow top (?) Dark greyish - t^roon, glassy chilled flow top or extro!fi-;ly fins grained •.Quenched rhyodncitic flow two narrow quartz veins

81.5 H-" quartz vein 32.5 l£» .^uartz vein

Daci.tesimilar to 13.0 - 2'uO occasional inicroporphyritic sections with-leucocratic feldspar microphenocrysts- occasional visible quartz, grains.Khyodocite(V)similar to 80.2? - 8^.2-5Dacitic Tuffsimilar b 2>i.O - 29.0 indistinct banding at >f5c' to DDH axisDacite'similar to 8^.25 - 123>?Dacitic Tuff ;similar to 3.28.0'- 136.0

$\i1 I

.• / ;-H-

+00 M

-2-

P/\/t£f0M

ft? 7-0

EXPLORAT1 LOG SHEET^r PROPERTY GOLD ROCK

LOGGED BY M. FOX

TOTAL DEPTH 155.5

EXTENSION

BEARING 060°

PAGE NO. 1

CLAIM NO. W

ANGLE -45° NT

of 1

DAY STARTED

52-F-7

DAY

HOLE NO. LI-84-1

[. FOOTAGE

FROM TO

0.0 8.5

" 8.5 74.0

,.

,;,.

74.0 98.5•Si

^

i~Jf

;..4.

'?'Ttf

it: .

! 48.5 142.0:»;

1 U2.0 155.5

;,

:..

; Ft!D OF HOLE

• COMMENTS'

\

ROCK CLASSIFICATION

Overburden

Dacite flow *- medium to dark greyish greenmicroporphyritic dacite flow, 20%fine-grained quartz microphenocrysts

- very weak indistinct foliationdeveloped at approx. 10°. to DDH Axis

Quartz - Chlorite Schist;- sheared dacite; alternating thinly

laminated bands of dark greenchlorite and light to medium greyfine-grained quartz'

- 0.5 - 1.0% very fine graineddisseminated pyrite

- foliation subparallel to DDHaxis

Dacite flow- similar to 8.5 •<• 74.0

Ouartz-chlorite schist- similar to 74.0 - 98,5- foliation almost parallel to

DDH Axis

Hole appears to have been drilled along strike without inter secting target and is not a valid test of outcroppingmineralized zone.

MINERALIZATION

TYPE , %

ASSAY DATA

SAMPLE WIDTH OZ/TON AU

PROPERTY COLD ROCK EXTENSION

""""™ ""

CLAIM NO.

LOG SHEET

DAY STARTED ? '££ 12- /£4' DAY COMl'L

LOGGED BY M, FOX BEARING 018 AZ ANGLE -45 NTS 52-F-7 HOLE NO. LI-84-2

TOTAL DEPTH 145' PAGE NO. 1 of 4

1 FOOTAGE

1 FROM TO

0.0 9.0Ifs 9.0 20.6

i;

»•

;

20.6 20.7"7

i

* 20.7 21.3IIP,;,

i'k.

a.

J 21.3 22.0T.

""'•

JTJ.

^'

J^! 22.0 26.05r",I*a ' if .f.

ROCK CLASSIFICATION

i Overburden

Dacite flow- medium to dark greyish greenmicroporphyritic dacite flow

- 20% - 25% by volume very finegrained quartz microphenocrystsin a dark green aphanitic ground mass

- weak foliation at 45 to DDH Axis

Quartz stringer- 1.5" quartz stringer at 50° angle

to DDH Axis

Chlorite-Ouartz Schistsheared dark green dacite; chloriticbands inlerlaminated with light greysiliceous streaks and bands

Quartz vein- white coarse - grained quartz; no

sulphides noted in vein material

- 4.5% fine-grained cubic pyritein narrow lenses and inclusionsof sheared silicified dacite

Quartz-Chlorite schist '- similar to 20.7 - 21,3; a little more

silicified !

- 3-5%fine grained pyrite alonghairline quartz-filled fractures

MINERALIZATION

TYPE '

pyrite

pyrite

pyrite

%

0.25

1.0 to 2.0

3.0 to5.0

ASSAY DATA

SAMPLE WIDTH OZ/TON AU

PROPERTY GOLD HOCK EXTENSION

LOGGED BY M. FOX BEARING

EXJPLORATl

CLAIM N0._

ANGLE

LOO SHEET

NTS

DAY STARTED

52-F-7

_______ DAY COMl'L.

HOLE NO. LI-84-2

TOTAL DEPTH PAGE NO. 2 of

i FOOTAGE1£-•'1 FROM TOit'

26.0 28.5ihin.i"

«' 28.5 29.0

I"

51

: 29.0 32.01-

'fi

4

I i-5,

: 34.9 35.2!!•

:!':

I 35.2 46.5*

ROCK CLASSIFICATIONi

Quartz vein- similar to 21.3 - 22.0 but with 3-5%

pyrite as very fine-grained dissemina tions and as bands a,long hairlinequartz filled fractures

Silicified Wallrock (altered dacite)- light to medium grey, fine tomedium grained, sili'cified, pyritizedwall rock

- approx. 2% fine-grained to medium-grained pyrite in discrete grainsand blebs

Quartz vein- similar to 26.0 •<• 28.5- 2% - 5% very fine grained to coarse

grained pyrite in disseminated grainsand blebs

- approximately 10-15% by volumedark grey inclusions of silicifiedwallrock !

Silicified Wallrock (altered dacite)- similar to 28.5 - 29.0

Quartz vein- similar to 29.0 - 32.0

Altered Dacite- similar to 28.5 - 29.0 and 32.0 - 34.9

MINERALIZATION

TYPE •

pyrite

pyrite

pyrite

Pyrite

Pyrite

Pyrite

%

3.0 to5.0

2.0

2.0 to5.0

2.0

2.0 tc 5.0

0.5 t0 f\J • U

ASSAY DATA

SAMPLE WIDTH OZ/TON AU

EXPLORAT1 I LOO SHEET

PROPERTY

LOGGED BY

TOTAL DEPTH

GOLD

M. FOX

345

ROCK EXTENSION

BEARING

1 PAGE NO.

CLAIM NO.

ANGLE

3 of A

W

-45° NT

DAY STARTED

NTS 52-F-7

_______ DAY COMI'L._

HOLE NO. LI-84-2

\ FOOTAGE

*. FROM TO

f 35.2 46.5

\jr.

$

*

rf" i':

'f!

.f

'si. 1 '

I '(6 - 5 55.0

i;:

\ '

1

J; 55.0 74.01

IVt" •f

ROCK CLASSIFICATION

«; narrow (0.1 - 0.3") lenses, streaks, and bands of light grey quartz interlaminated with narrow chloritic bands ofvariably silicified sheared dacite carrying 0,5% - 1.0% pyrite

- 41.0 - 46.0: 1 - 3% fine grained disseminated pyrite in more intersely silicified quartz stringerzone

- 43.0 : 1" quartz stringer

•«• 45.0 : 1" quartz stringer

- 46.0 - 46.5: intensely silicified, bleached wallrock with gradational transition into quartz vein

Quartz vein' - white to pink very f ine-grained to

cryptocrystalllne quartz carrying 1,0 - 3.0% coarse-grained, euhedral, disseminated pyrite cubes

- numerous hairline fractures filledwith later white quartz and fine-grained pyrite

- 50.0 - 51.0 bleachedl silicified band of pinkish green altered dacite

Altered Dacite - sheared dacite similar to 35,2 - 46.0

- 62.0 - 63.0 : 12" quartz vein, no sulphides

- 66.25 - 66.5: 3" quartz vein, no sulphidesi- 7.3.5 - 74.0 : silicified, bleached, re- prvstalUged wall rock arHarPnf —————————————————————————

INERALIZATION

TYPE '

pyrite

Pyrite

%

1.0 to 3.0

0.5

ASSAY DATA

SAMPLE WIDTH OZ/TOK AU

PROPER

LOGGED BY

GOLD ROCK EXTENSION

EXPLORA'

CLAIM NO.

LOG SHEET

DAY STARTED off

M. FOX BEARING ANGLE-451 NTS 52-F-7

______ DAY COM1T._

HOLE NO. LI-84-2

TOTAL DEPTH 145' PAGE NO. 4 of 4

i FOOTAGE

\ FROM TO

1

i• 74.0 79.0

!•79.0 84.0

I 84.0 87.0

"'A

1> 87.0 127.0I•iji -

'••"

:,if

127.0 133.0" ! ii.

}•L

1 133.0 150.01"

i K NI) OF HOLEV

i?

i.M-

ROpK CLASSIFICATION

i

to quartz vein; carries 1-2% finegrained disseminated pyrite

Quartz vein- similar to 46.5 - 55.0

Dacite flow ;- similar to 9.0 - 20.6

jShear zone

- chlorite-quartz schist, zone ofweak shearing in dacite flow

Dacite flow- similar to 9.0 - 26.0; 79,0 - 84.0;

occasional hairline, quartz-filledfractures with minor pyrite

Dacitic tuff- dark green, aphanitic, occasional

elongated lappilli-sized felsicfragment

- possibly a chillep flow top

Dacite flow

- similar to 87.0 - 127.0

MINERALIZATION

TYPE ,

pyrite

pyrite

pyrite

pyrite

pyrite

%

0.5 t2.0

0.25

0.25

0.25

0.25 t 0.5

ASSAY DATA

SAMPLE

3

D

WIDTH OZ/TON AU

*<*"

49°25'

I imistryol

^sourcesOntario

Report of WorkW flHO(Geophysical, Geological. Geochemical and Expenditures)

The Mi S2F07NWea23 8 .6542 HARPER LAKE 900

geology/geophysical/geochemical LoweiClaim Holder(s)

Cochrane Oil & Gas Ltd.Address

2340 - 1st Avenue N.W. , Calgary, Alberta, T2N OB8Survey Company . Date of Survey (from & to)

Nolin Geo Enterprises Ltd. Day | MO. I v?. | Day) dName and Address of Author (of Geo- Technical report)

r Manitou LakeProspector's Licence No.

T1554

Total Miles of

L 1 % 79 kn

M2007

line Cut

1

Credits Requested per Each Claim in Columns at right Mining 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)

Man Days

Complete reverse side and enter total (s) here

Airborne Credits

Note: Special provisions credits do not apply to Airborne Surveys.

Geophysical

- Electromagnetic^

• Magnetometer

• Radiometric

• Other

Geological

Geochemical

Geophysical

a

• Electromagnetic

• Magnetometer

- Rediometric

• Other

Geological

Geochemical

Electromagnetic

Magnetometer

Radiometric

Days per Claim

/&*

If***

3&rDays per Claim

Days per Claim

i

Expenditures (excludes power stripping)Type of Work Performed

Performed on Claim(s)

See attached List

Calculation of Expenditure Days Credits

Total Expenditures

|$ 7,510.55 -5-.

15

c

=

Total >ays Credits

SOD.?])

Instructions Total Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected In columns at right.

DateFeb. 21/84

/ A

Recorded Holder or AgentfSfgnaturat''

* 1

Mining ClaimPrefix Number

SEE ATTACHE

50 •= 8.3

66Fo

Total Durs Cr.

Expend. Days Cr.

D LIST

days per claim

73?or Office Use^^i l> JWt

D$^rtLaDate Approved a' Recorded

Mining ClaimPrefix

*»

Total nVr claims co report o\

&9/8f'

Number

.

.

'tr\r> >'

/

nber of mining vered by this work.

^

Expend. Days Cr.

£oMlnjn^Tcjfrder 1

Branch DJectir

Certification Verifying Report of Woffc^^ -*•*<-1 hereby certify that 1 have a personal and intimate knowledge of the facts set forth in the Report of Work annexed hereto, having performed the work or witnessed seme during and/or after its completion and the annexed report is true.

Name and Postal Address of

G. Nolin, NolinPerson Certifying

Geo Enterprises Ltd., 540 - 707 -

T2P OZ2

7th Avenue S.W., Calgary, AlbertaDate Certified Certified by (Signature)

1362 (61/9)

Assessment Work Breakdown

Days are based on eight (8) hour Technical or Line-cutting days. Technical days include work performed by consultants, draftsmen, etc..

Type of SurveyGeology

Technical Days

12.6 x ]

Technical Days Line-cutting Credits Days

' = 88 + —

No. of Days per Total Credits Claims Claim

88 •*• 60 1.5

Type of SurveyGeophysical

Technical Days

132.57 X >

Technical Days Line-cutting Credits Days

' = 928 + 48

No. of Days per Total Credits Claims Claim

976 + 60 16.3

Type of SurveyGeochemical

Technical Days

52.14 X '

Technical Days Line-cutting Credits Days

' = 365 + -

No. of Days per Total Credits Claims Claim

365 *. 60 6

Type of Survey

Technical Days

X ~t

Technical Days Line-cutting Credits Days

r = +

No. of Days per Total Credits Claims Claim

+

NOTE;

1. For a detailed assessment work breakdown refer to Appendix A of the Summer Fall Nolin Geo Enterprises Exploration Report and Appendix A to Addendum 1 of the enclosed report.

2. For a detailed Technical Data Statement on the above program refer to Chapter 7, Addendum 1 and appendix 5C, J of the enclosed report.

SCHEDULE "A"

CLAIM DISPOSITION

Cochrane - Sennol J.V. Kenora Mining Division

NTS 52F-7Lower Manitou Lake Area Map M2007

Harper Lake Area Map 2592 Boyer Lake Area Map 2582

Cochrane Property - 4 Contiguous Blocks - 239 claims total

CLAIM DATE STAKED DATE RECORDED

1.2.3.4.5.6.7.8.9.

10.11.12.13.14.15.16.17.18.19.20.21.22.23.24.25.26.27.28.29.30.

K687340K687346K687347K687348K687349K687350K687352K687353K687354K687355K687356K687357K687358K687359K687362K687363K687364K687365K687366K687367K687368K687369K687373K687374K687375K687376K687377K687378K687379K687380

GLASS REEF MINE GRID - 77 claims

February 22, 1983 March 9, 1983 n nn n

February 23, 1983

February 26, 1983 nii n

February 27, 1983 it

February 26, 1983 n

February 27, 1983 nn ii ti

February 28, 1983

n n

tt tt n n n n n it ii n n n n n n ii it n ii n n n n

MAP

M2007 ii

n n n n n n n n n n n 11 ii n n

SIMINING DIV.j tf g

AMMJR \ 9 1984

cont....

- 2 -

GLASS REEF MINE GRID - cent

31.32.33.34.35.36.37.38.39.40.41.42.43.44.45.46.47.48.49.50.51.52.53,54.55.56.57.58.59.60.

K687381K687384K687385K687386K687387K687388K687391K687392K687393K687394K687395K687396K687398K687399K687400K687401K687402K687403K687404K687405K687406K687407K687408K687409K687410K687411K687412K687414K687415K687416

February 27, 1983

March 1, 1983

February 26, 1983

February 25, 1983

n ti

February 24, 1983 n

February 25, 1983 n

February 24, 1983

it it n n n n n M n ti n n it n n n n n n n n n n n n n it n n n

n n

n n

n n n n

n M n it n n n n n n n n n n n n

Ministry ofNaturalffe&durces

Ontario

Report of Work(Geophysical, Geological, Geochemical and Expenditures)

-8 ¥The Mining Act

Instructions: — Please type or print.— If number of mining claims traversed

exceeds space on this form, attach a list.Only days credits calculated in the "Expenditures" section may be entered In the "Expend. Days Cr." columns.

— Do not use shaded areas below.

lota: —

Type of Survey(t)

Geophysical/Geological/GeochemicalTownship or Area _

Harper Lake and Boyer LakeProspector'* Licence No.

T1554Claim Holder(s)

Cochrane Oil & Gas Ltd.Address

2340 - 1st Avenue N.W.. Calgary. Alberta, T2N OB8Survey Company

Nolin Geo Enterprises Ltd.

Date of Survey (from & to) Total Mi let of line Cut

-28 kmName and Address of Author (of Gee-Technical report)

G. Nolin 1900 520 - 5th Avenue S.W., Calar, AlbertaCredits Requested per Each Claim in Columns at rightSpecial Provisions

For first survey:

Enter 40 days. (This includes line cutting)

For each additional survey: using the same grjd:

Enter 20 days (for each)

Man Days

Complete reverse side and enter total (s) here

Airborne Credits

Note: Special provisions credits do not apply to Airborne Surveys.

Geophysical

• Electromagnetic

• Magnetometer

- Radiometric

- Other

Geological

Geochemical

Geophysical

• Electromagnetic

- Magnetometer

• Radiometric

- Other

Geological

Geochemical

Electromagnetic

Magnetometer

Radiometric

Days per Claim

Days per Claim

7

fi

.8

5.6Days per Claim

Expenditures (excludes power stripping)Type of Work Performed

GeochemicalPerformed on Claim(s)

Assay and analysis

Calculation of Expenditure Days Credits

Total Expenditures

$ 7753.9 + 1Instructions

Total Days Credits may be apportioned a Choice. Enter number of days credits per In columns at right.

Total Days Credits

5 = 516.93

t the claim holder's claim selected

Date

Feb. 21/84Recorded Holder or Agent(

A.Certification Verifying Report of Work

Mining Claims Traversed (List in numerical sequence)

1 hereby certify that 1 have a personal and intimate knowledge of the facts set forth 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.

Name and Postal Address of Person Certifying

G. Nolin, 540, 707 - 7th Avenue S.W., Calgary, Alberta, T2P OZ2Date Certified Certified b

1362 (81/9)

Assessment Work Breakdown

an Days are based on eight (8) hour Technical or Line-cutting days. Technical days include work performed by consultants, draftsmen, etc..

Type of Survey

GeophysicalTechnical

Days

98.8 X

- (VLF-EM - CEM-EM MAXMIN-EM MAG)Technical Days

Credits

7 = 691.5

Line-cutting No. of Days Total Credits Claims

f 45 =73 5.5 + 56

Days per Claim

-1 »Type of Survey

GeologicalTechnical

Days

6.6 X

Technical Days Credits

7 = 1 46

Line-cutting Days Total

f - "41

No. of Credits Claims

S + 56

Days per • Claim

• .»']Type of Survey

GeochemicalTechnical

Days

44.85 X |

Technical Days Credits

7 1 = 314

Line-cutting Days Total

f - "3:

No. of Credits Claims

14 * 56

Days per Claim

= 5,6

Type of Survey

Technical Days

X

Technical Days Credits

7 =.

Line-cutting Days Total

)- s

No. of Credits Claims

+

Days per Claim

B

NOTE:

1. For a detailed assessment work breakdown refer to Appendix A of the Summer Fall Nolin Geo Enterprises Exploration Report and Appendix A to Addendum of the enclosed report.

2. For a detailed Technical Data Statement on the above program refer to Chapter 7, Addendum 1 and appendix 5C, J of the enclosed report.

SCHEDULE "A"

CLAIM DISPOSITION

Cochrane - Sennol J.V. Kenora Mining Division

NTS 52F-7Lower Manitou Lake Area Map M2007

Harper Lake Area Map 2592 Boyer Lake Area Map 2582

Cochrane Property - 4 Contiguous Blocks - 239 claims total

CLAIM // DATE STAKED DATE RECORDED MAP

GOLD ROCK EXTENSION AND QUEEN ALEXANDRA GRIDS - 136 claims

123456789

10111213141516171819202122232425262728293031

K687480K687492K687493K687495K687501K687502K687503K687511K687512K687520K687521K687534K687537K687538K687544K687545K687546K687548K687549K687550K687570K687573K687574K687576K687579K687419K696015K696016K696017K696019K696021

February 28, 1983February 26, 1983

"February 27, 1983February 26, 1983

"11

February 25, 1983n

February 22, 1983February 24, 1983February 22, 1983February 23, 1983

"February 24, 1983February 23, 1983

"February 24, 1983February 28, 1983

it

March 2, 1983"

March 3, 198311"n

March 12, 1983"n""

March 9, 1983n

M2007

11 n 11

it n it ii n n it it n n ti n 11 11 n

ti 11 n

n n n

M.I

March 17, 1983 11

n n n n ii ti n n n 11 n n nH E N O R A,J,1IWKG D1V.

WAR 19 1984PM

2592 n11

2582 itit it n

cont...

- 2 -

GOLD ROCK EXTENSION AND QUEEN ALEXANDRA GRIDS - cont

323334353637383940414243444546 47'

484950515253545556

K696022 K696023 K687432 K687433 K687434 K687435 K687436 K687437 K687438 K687439 K687440 K687441 K687442 K687443 K687444 K687445 K687446 K687447 K687448 K687450 K687451 K687453 K687459 K687460 K687461

March 9, 1983

March 10, 1983 it

March 11, 1983

IIIIIIIIIIII

IIItIIIt1111ttttII1111IIIIII

11IIIIIIII

1111

2582ii11iiMniinnnnnnnntinitnnnttii

JQAM

K E N O R A MINIHG DiV.

Ii t5 is ii \/ EMAR 19 1984

•Ministry ot Natural

Ontario %

Report of Work(Geophysical, Geological, Geochemical and Expenditures)

The M ining Act

Instruction*: — Please type or print.— If number of mining claims traversed

exceeds space on thlt form, attach a list, lote: — Only days credits calculated In the

"Expenditures" section may be entered in the "Expend. Days Cr," columns.

— Do not use shaded areas below.Type of Survey(s) 1 "

Geochemical/Geophysical /GeologicalClaim Holder (t)

Cochrane Oil & Gas Ltd.Address

2340 - 1st Avenue N.W., Calgary, Alberta, T2N OB8Survey Company Date of Sur

OQ QNolin Geo Enterprises Ltd. Day | MOName and Address of Author (of Geo-Technical report)

. Nolin, 1900, 520 - 5th Avenue S.W., Calgary, Alberta

Township or AreaBoyer Lake M2582

Prospector's Licence No.T1554 ,

vey (from & to)83 15 2 84

| Yr. Day | Mo. I Yr.

Total Mites of line Cut

- 30 km

Credits Requested per Each Claim in Columns at rightSpecial Provisions

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

' For each additional survey: using the same grid:

Enter 20 days (for each)

Man Days

Complete reverse side and enter total (s) here

Airborne Credits

Note: Special provisions credits do not apply • to Airborne Surveys.

Geophysical

- Electromagnetic

• Magnetometer

- Radiometric

- Other

Geological

Geochemical

Geophysical

- Electromagnetic

- Magnetometer

- Radiometric

- Other

Geological

Geochemical

Electromagnetic

Magnetometer

Radiometric

Days per Claim

Days per Claim

15

14.6

18^25

Days per Claim

Mining Claims Traversed (List in numerical sequence)

Expenditures (excludes power stripping)Type of Work Performed

XJeochemical assaysPerformed on Claim(s)

See Attached List

Calculation of Expenditure Days Credits

Total Expenditures

|$ 13,023.35 * 15

Total Days Credits

= 868 ;Instructions

Total Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected In columns at right.

DateFeb. 21/84

Recorded Holder or Agen.

v. HironakCertification Verifying Report of Wo.

Total number of mining claims covered by this report of work.

I hereby certify that I have a personal and intimate knowledge of the facts set forth 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.

Name and Postal Address of Person CertifyingG. Nolin, 540, 707 - 7th Avenue S.W., Calgary, Alberta T2P OZ2

Date Certified Certified by (Signature)

362 (81/9)

Assessment Work Breakdown

Man Days are based on eight (8) hour Technical or Line-cutting days. Technical days include work performed by consultants, draftsmen, etc..

Type of SurveyGeochemical

Technical Days

40.6 * ''

Technical Dayc Credits

1 = 284 H

Line-cutting Dayt Total Credits

1- 68 - 352

No. of Days per Claims Claim

-H !4 - - 25

Type of Survey

Geophysical MAG, VLF-EM

Technical Days

39 X 1

Technical Days Credits

r = 399 H

Line-cutting Dayt Total Credits

I- 15 =| 414

No. of Days per Claims Claim

+ 14 =| 29.6

Type of Survey

Geology

Technical Days

36 X :

Technical Dayt Credits

J = 253 H

Line-tuning Dayt Total Credit*

1- - - [ 253

No. of Dayt per Claims Claim

+• 14 18

Type Of Survey

Technical Days

X J

Technical Days Credits

1 = H

Line-cutting Dayt Total Credit*

h =

No. of Dayt per Claims Claim

-1

NOTE:

1. For a detailed assessment work breakdown refer to Appendix A of the Summer

2.

Fall Nolin Geo Enterprises Exploration Report and Appendix A to Addendum 1 of the enclosed report.

For a Detailed Technical Data Statement on the above program refer to Chapter 7, Addendum 1 and Appendix 5C, J of the enclosed report.

10 to

SCHEDULE "A"

CLAIM DISPOSITION

Cochrane - Sennol J.V. Kenora Mining Division

NTS 52F-7Lower Manitou Lake Area Map M2007

Harper Lake Area Map 2592 Boyer Lake Area Map 2582

Cochrane Property - 4 Contiguous Blocks - 239 claims total

1234

5678

91011 12 1314

CLAIM 9

K687462K687463K687464K687465K687466K687467K687468K687469K687470K687471K687472 K687473 K687474K687475

DATE STAKED DATE RECORDED MAP

GIANT MINE GRID - 14 claimsMarch 14, 1983 March 17, 1983 2582

it ti tiii ii itii ti iiii ii nii it Mn n nn n nn n nn n iin n ii

n n ic BIN 6 R AMINING DIV.

M) fc 15' & ii v/ E [y'j" MAR 19 1984

AM CM7i3i9tl0.>llilS5ilt2i3i4i5ie

•Ministry ot , Natural

ResourcesOntario

Report of Work(Geophysical, Geological, Geochemical and Expenditures)

The Mining Act

Instructioni: — Please type or print.- If number of mining claims traversed

exceeds space on this form, attach a list. Only days credits calculated in the "Expenditures" section may be entered in the "Expend. Days Cr." columns. Do not use shaded areas below.

ote: -

Type of Surveyd)Geophysical/Geochemical

Claim Holder(s) ff,Cochrane Oil & Gas Ltd.

Address2340 - 1st AVenue N.W., Calgary, Alberta, T2N OB8

Survey Company Date of Survey (fr(Nolin Geo Enterprises Ltd. JJy 1°^ , $J

Name end Address of Author (of Geo-Technical report)G. Nolin, 1900, 520 - 5th Avenue S.W. , Calgary, Alberta

fownship or Area/w* •> f{*J•QT^J 3 M&Harper and Boyer LakeWA Prospector'* Licence No.

T1554

>m & to)21 ,02 84Day | Mo. | Yr.

Total Miles of line Cut

9 km

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

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

For each additional survey: using the same grid:

Enter 20 days (for each)

Man Days

Complete reverse side and enter total (s) here

Airborne Credits

Note: Special provisions credits do not apply to Airborne Surveys.

Geophysical

• Electromagnetic

- Magnetometer

- Radiometric

- Other

Geological

Geochemical

Geophysical

• Electromagnetic

- Magnetometer

• Radiometric

• Other

Geological

Geochemical

Electromagnetic

Magnetometer

Radiometric

Expenditures (excludes power

Days per Claim

Days per Claim

7

6

3 •

6Days per Claim

stripping) "

Type of Work Performed

Geochemical assaysPerformed on Claim(s)

See attached schedule

Calculation of Expenditure Days Credits Total

Total Expenditures Days Credits

|$ 403.80 + \^-UT_ .

Instructions Total Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected in columns at right.

DateFeb. 21/84

jRecorded Holder or Agen^SfgnatureV

A. Hironakaj^^J^^/Certification Verifying Report of Work*^ s^**t*.

1!

\

Mining ClaimPrefix

MIN

Number

SEE ATTACH!

Expend. Days Cr.

•n firm

,UECpiVpnMAR a b 19

ING LANfiS '• • ^* fcajF^n t/^«V «

ta «•*•

J4

*€ft©

— V-* ftP

;m

I

k>»«

WrffffiN,\ '\>

•[ if

Al

aouK

\I - 2.25 days per claim ^

For Office Use OnlyTotal Days Cr. Date Recorded 1 Recorded ^ A I .^ JAfJ

ofll Date* Approved as Ffacorrfed ""

Mining ClaimPrefix

LE

1C EMl

>hli "f*1

Number

-

NOR~A ——Jir.in piy./(y w'EjnlTKCtbWW? fe 1984 &

•i3glli2).9i4,g.i

Expend. Days Cr.

i»M

4*9_

VTotel number of mining claims covered by this fj)$kW —— 'Y*JMinln/JKq«er j

Bfffffch Diifctor

X1 hereby certify that 1 have a personal and intimate knowledge of the facts set forth 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.

Name and Postal Address of Person Certifying

G. Nolin, Nolin Geo Enterprises Ltd., 540. 707 - 7th Avenue S.W., Calearv. Alhprf-a.

T2P OZ2Date Certified Certified/by {Signature)

<&JM(jjL-*1362 (61/9)

fe

Assessment Work Breakdown

rDays are based on eight (8) hour Technical or Line-cutting days. Technical days include work performed by consultants, draftsmen, etc..

Type of Survey

iGeochemical

Technical Technical Days Days Credits

10.3 X 7 = 72 +

Line-cutting No. of Days per Dayt Total Credits Claims Claim

=72 + 12 » 6

Type of Survey

GeophysicalTechnical Technical Days

Days Credits

20.7 X 7 = 145 +

Line-cutting No. of Days per Days Total Credits Claims Claim

10.5 - 155.5 -s- 12 = 13

Type of Survey

GeologyTechnical Technical Days

Days Credits

5 X 7 | = 35 +

Line-cutting No. of Days per Dayt Total Credits Clalmt Claim

35 + 12 3^

Type of Survey

Technical Technical Days Days Credits

X 7 = +

Line-cutting No. of Dayt per Days Total Credits Claims Claim

= j_ =

NOTE:

1. For a detailed assessment work breakdown refer to Appendix A of the Summer

2.

Fall Nolin Geo Enterprises Exploration Report and Appendix A to Addendum 1 of the enclosed report.

For a Detailed Technical Data Statement on the above prrogram refer to Chapter 7, Addendum 1 and Appendix 5C, J of the enclosed report.

SCHEDULE "A"

CLAIM DISPOSITION

Cochrane - Sennol J.V. Kenora Mining Division

NTS 52F-7Lower Manitou Lake Area Map M2007

Harper Lake Area Map 2592 Boyer Lake Area Map 2582

Cochrane Property - 4 Contiguous Blocks - 239 claims total

CLAIM 0

12

3

4

5

6

7

8

9

10

11

12

K687476

K687477

K687478

K687479

K696001

K696002

K696003

K696004

K696005

K696031

K696032

K696033

DATE STAKED

LEUILLER ISLAND GRID

March 15, 1983

DATE RECORDED

12 claims

March 17, 1983""

11

it

MAP

2582-2592

2592 2592-2582

2592 ti

n

ICE-NORA1.1INW4G DIV.

3 b 13 la £ V EMAR 19 1984

AM PM

1984 11 01 Your File: 84-84,65-84,86-84 & 87-84 Our File: 2.6542

Mining RecorderMinistry of Natural Resources808 Robertson StreetBox 5*80Kenora, OntarioP9N 3X9

Dear Madam:RE: Notice of Intent dated October 9, 1984

Geophysical (Electromagnetic and Magnetometer), Geological, Geochemlcal and Data for Assaying Survey on Mining Claims K 687340 et al In the Areas of Harper Lake, Boyer Lake and Lower Manltou Lake

The assessment work credits, as listed with the above-mentioned Notice of Intent, have been approved as of the above date.

Please Inform the recorded holder of these mining claims and so Indicate on your records.

Yours sincerely,

S.E. YundtDirectorLand Management BranchWhltney Block, Room 6643 Queen's Park Toronto, Ontario M7A 1H3 Phone:(416)965-4888

D. K1nv1g:mc

cc: Cochrane Oil & Gas Limited 2340 - 1st Avenue S H Calgary, Alberta T2N OB8

cc: Resident Geologist Kenora, Ontario

Encl.

cc: Mr. G.H. FergusonMining & Lands Commissioner Toronto, Ontario

"Ny Ministry of Technical Assess I VPI Natural % ll . _ ... V2x Resources Work CreditsOntario fl|

^(•^P

ment FH. 2.6542

6it« Mining Recorder's Report of

1984 10 09 Wor °' 84-84

Recorded Holder

COCHRANE OIL & GAS LTDTownship or Area

BOYER LAKE AND HARPER LAKE AREAS

Type of survey and number of Assessment days credit per claim

Geophysical

Fl»i-trnm.0n«lip d»yt

9Mago«orn«t»r „ rf»y«

P»dinm»tric „ d*yt

Induced po'i"'»*tinn , d»y«

Oth»r ......._. d«yt

Section 77 (19) See "Mining Clilmt Attested" column

Geological . - - days

fiprw-hpmiral d«yi

Man days !/] Airborne CD

Special provision CD Ground 0

PI Credits have been reduced because of partial coverage of claims.

CD Credits have been reduced because of corrections to work dates and figures of applicant.

Mining Claim* AtMmd

K 687476 696001 to 03 inclusive 696005 696031 to 33 inclusive

Special credits under section 77 (16) for the following mining claims

>

*Jo credits have been allowed for the following mining claims

El not tufficiently covered by the turvey LJ Insufficient technical data filed

K 687477 to 79 inclusive 696004

\

The Mining Recorder may reduce the above credits If necessary In order that the total number of approved assessment days recorded on •ach claim does not exceed the maximum allowed as follows: Geophysical — 80; Geological — 40; Geochemical — 40; Section 77(19)—60:938 (M/tt*

Ministry of Natural

ourcesOntario

Technical Assessment Work Credits Date

1984 10 09

File2.6542

Mining Recorder'i Report ofWork *°- 84,85,86 &{

Recorded Holder

Township or AreaCOCHRANE OIL & GAS LTD

ROYER LAKE. HARPER LAKE & LOWER MANITQU LAKE AREAS

Type of survey and number of Assessment days credit per claim

Geophysical

(nriyeijri polarization days

Section 77 (19) See "Mining Claims Attested" column

Geological . days

fienrhpmiral days

Man days D Airborne D

Special provision O Ground O

O Credits have been reduced because of partial coverage of claims,

l~1 Credits have been reduced because of corrections to work dates and figures of applicant.

Mining Claimt Assessed

$28691.60 SPENT ON SAMPLEK 687462 to 75 inclusive

687480 687492-93 687495 687501 to 03 inclusive 687511-12 687520-21 687537-38 687544 to 46 inclusive 687548 to 50 inclusive 687573-74 687576 687579 687419 696015 to 17 inclusive 696019 696021 to 23 inclusive 687432 to 34 inclusive 687439 to 45 inclusive 687451 687453 687459-60 687340 687346 to 50 inclusive 687352 to 54 inclusive 687357 to 59 inclusive 687362 to 64 inclusive 687366 to 69 inclusive

ASSAYS ON MINING CLAIMS:

K 687373 to 75 inclusive 687379 to 81 inclusive 687385 to 88 inclusive 696002 to 04 inclusive

1913 ASSESSMENT WORK DAYS ARE ALLOWED WHICH MAY BE GROUPED IN ACCORDANCE WITH SECTION 76(6) OF THE MINIMI ACT

Special credits under section 77 ( 16) for the following mining claims

No credits have been allowed for the following mining claims

I_I not sufficiently covered by the survey D Insufficient technical data filed

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical — 80; Geological — 40; Geochemical — 40; Section 77(19)—60:828 (83/6>

Ministry of Natural

sourcesOntario

Technical Assessment Work Credits Date

1984 10 nq

File

2.6542Mining Recorder's Report ofWork *JO - 86-84

Recorded Holder

Township or AreaCOCHRANE OIL & GAS LTD

BOYER LAKE AND HARPER LAKE AREAS

Type of survey and number of Assessment days credit per claim

Geophysical

Flortrr>mflQnetir

Magnetometer

Radiometric „._

InHnroH polarization

Othar

days

days

days

days

days

Section 77 (19) See "Mining Claims Attested" column

0 8Rpnlngiral

Geochemical

Man days C^l Airborne

Special provision D Ground

days

days

D

a

D Credits have been reduced because of partialcoverage of claims.

O Credits have been reduced because of correctionsto work dates and figures of applicant.

Mining Claims Assessed

K 687480687492-93687495687501 to 03687511-12687520-21687537-38687544 to 46687548 to 50687570687573-74687576687579687419696015 to 17696019696021 to 23687432 to 45 687450-51687453 687459 to 61

inclusive

inclusiveinclusive

inclusive

inclusiveinclusive

inclusive

Special credits under section 77 (16) for the following mining claims

No credits have been allowed for the following mining claims

not sufficiently covered by the survey

K 687534 687446 to 48 inclusive

LJ I nsufficient technical data filed

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical — 80; Geological — 40; Geochemical — 40; Section 77(19) — 60:828

© Ministry of Technical Assess Natural ... , _ ... J^ources Work Credits

Ontario ^p

mei" F"'2.6542Date Mining Recorder'1 Report of

Work No.IQRd in nQ 86-84

Recorded Holder

COCHRANE Oil. A GAS 1 inTownship or Area

BOYER LAKE & HARPER LAKE AREAS

Type of survey and number of Assessment days credit per claim

Geophysical

13 Magnetometer days

Induced polf»ri7f>t'0n days

Qthflr days

Section 77 (19) See "Mining Claims Assessed" column

Geological ....... days

fionrhpmiral riays

Man days 0 Airborne CD

Special provision CD Ground IE)

CD Credits have been reduced because of partial coverage of claims.

CD Credits have been reduced because of corrections to work dates and figures of applicant.

Mining Claims Assessed

K 687480 687492-93 687495 687501 to 03 inclusive 687511-12 687537-38 687544 to 46 inclusive 687548 to 50 inclusive 687570 687573-74 687576 687579 687419

Special credits under section 77 (16) for the following mining claims

No credits have been allowed for the following mining claims

[&J not sufficiently covered by the survey I _ I Insufficient technical data filed

K 687520-21 687534 696015 to 17 inclusive 696019 696021 to 23 inclusive 687432 to 48 inclusive 687450-51 687453 687459 to 61 inclusive

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical — 80; Geological — 40; Geochemical — 40; Section 77(19) — 60:828 (63/6)

Ministry of Natural

'SourcesOntario

Technical Assessment Work Credits Date

1984 10 09

File2.6542

Mining Recorder's Report ofWorkl"> - 87-84

Recorded HolderCOCHRANE OIL & GAS LTD

Township or AreaLOWER MANITOU LAKE

Type of survey and number of Assessment days credit per claim

Geophysical8.15

Electromagnetic

Magnotnmpter

R^rlinmetrir

Inrtnrert polarization

Other

days

days

days

days

davs

Section 77 (19) See "Mining Claims Attetted" column

Geological

Geochemical ... — .

days

davs

Man days Q Airborne LT!

Special provision LJ Grounc

D Credits have been reduced because ofcoverage of claims.

anartial

D Credits have been reduced because of correctionsto work dates and figures of applicant.

Mining Claims Assessed

K 687340 687346 to 50 inclusive687352 to 59 inclusive 687362 to 69 inclusive687373 to 76 inclusive 687378 to 81 inclusive687385 to 88 inclusive 687391 to 95 inclusive687398 to 410 inclusive

Special credits under section 77 (16) for the following mining claims

No credits have been allowed for the following mining claims

not sufficiently covered by the survey

K 687377 687384 687396 687411-12 687414 to 16 inclusive

Insufficient technical data filed

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical — 80; Geological — 40; Geochemical — 40; Section 77(19)—60:asa iay;

Ministry of Natural

isourcesOntario

Technical Assessment Work Credits Date

1984 10 09

File 2.6542

Mining Recorder's Report of Workfco. 87 _84

Recorded Holder

COCHRANE OIL & GAS LTDTownship or Area

LOWER MANITOU LAKE AREA

Type of survey and number of Assessment days credit per claim

Geophysical

Plortrnmagnetir

Magnetometer O. 1 0

R^riiomBtrir

InHurert pnlari?ation

Other ____ _ ——————————————————— ,

days

days

days

days

davs

Section 77 (19) See "Mining Claims Attested" column

Roolngiral

Genrhemiral

days

davs

Man days [xl Airborne CD

Special provision CD Ground

CD Credits have been reduced because ofcoverage of claims.

Q

partial

CD Credits have been reduced because of correctionsto work dates and figures of applicant.

Mining Claims Assessed

K 687340687346 to 50 inclusive687352 to 59 inclusive687362 to 69 inclusive687373 to 81 inclusive687385 to 88 inclusive687391 to 95 inclusive687398 to 412 inclusive687414 to 16 inclusive

Special credits under section 77 (16) for the following mining claims

No credits have been allowed for the following mining claims

not sufficiently covered by the survey

K 687384 687396

O Insufficient technical data filed

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical — 80; Geological — 40; Geochemical — 40; Section 77(19)—60:02S

Ministry of Natural

«ources

Technical Assessment Work Credits Date

1984 10 09

File2.6542

Mining Recorder's Report of Workfto. 85.84

Recorded Holder

Township or AreaCOCHRANE OIL & GAS LTD

BOYER LAKE AND HARPER LAKE AREAS

Type of survey and number of Assessment days credit per claim

Geophysical

Flitrtrnmagnetir days

Magnetometer days

Radinmetric days

InHiiraH pnlari?atinn days

flthur days

Section 77 (19) Sae "Mining Claims Attesied" column

finnlngiral days

ttenrJipmiral days

Man days (x! Airborne D

Special provision U Ground (xl

[~i Credits have been reduced because of partialcoverage of claims.

l~l Credits have been reduced because of correctionsto work dates and figures of applicant.

Mining Claims Assessed

K 687480687492-93687495687501 to 03687511-12687520-21687537-38687544 to 46687548 to 50687573-74687576687579687419696015 to 17696019696021 to 23687432 to 34687439 to 45 687451687453687459-60

inclusive

inclusiveinclusive

inclusive

inclusiveinclusiveinclusive

Special credits under section 77 (16) for the following mining claims

No credits have been allowed for the following mining claims

b(J not sufficiently covered by the survey

K 687534 687570687435 to 38 inclusive 687446 to 48 inclusive 687450 687461

n Insufficient technical data f iled

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical — 80; Geological — 40; Geochemical — 40; Section 77 (19)—60:

Ontario

Ministry ofNaturalfl^ources

Technical Assessment Work Credits Date

1984 10 09

File

2.6542Mining Recorder'* Report of

«A' 87-84

Recorded HolderCOCHRANE OIL & GAS LTD

Township or AreaLOWER MANITOU LAKE AREA

Type of survey and number of Assessment days credit per claim

Geophysical

Magnetometer days

RediQmatric days

Other _. . days

Section 77 (19) See "Mining Claims Assessed" column

2ftpnlngirai *• days

Genrhemical days

Man days H Airborne CD

Special provision D Ground D3

CD Credits have been reduced because of partial coverage of claims.

CD Credits have been reduced because of corrections to work dates and figures of applicant.

Mining Cltims Assessed

K 687340 687346 to 50 687352 to 59 687362 to 69 687373 to 76 687378 to 81 687384 to 88 687409

inclusive inclusive inclusive inclusive inclusive inclusive

Special credits under section 77 (16) for the following mining clairm

No credits have been allowed for the following mining claims

not sufficiently covered by the survey

K 687377687391 to 96 inclusive 687398 to 408 inclusive 687410 to 12 inclusive 687414 to 16 inclusive

I_J Insufficient technical data filed

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical — 80; Geological — 40; Geochemical — 40; Section 77(19)—60:

Ministry of Natural

isourcesOntario

Technical Assessment Work Credits Date

1984 10 09

File

2.6542Mining Recorder'i Report ofW°rkX 87-84

Recorded Holder

Township or AreaCOCHRANE OIL & GAS LTD

LOWER MANITOU LAKE AREA

Type of survey and number of Assessment days credit per claim

Geophysical

Section 77 (19) See "Mining Claims Attested" column

Geological . - - days

Renrhemiral 1 ' davs

Man days IE] Airborne D

Special provision LI Ground [El

CD Credits have been reduced because of partial coverage of claims.

O Credits have been reduced because of corrections to work dates and figures of applicant.

Mining Claims Assessed

K 687340 687346 to 50 inclusive 687352 to 54 inclusive 687357 to 59 inclusive 687362 to 64 inclusive 687366 to 69 inclusive 687373 to 75 inclusive 687379 to 81 inclusive 687385 to 88 inclusive

Special credits under section 77 (16) for the following mining claims

No credits have been allowed for the following mining claims

not sufficiently covered by the survey

K 687355-56 687365687376 to 78 inclusive 687384687391 to 96 inclusive 687398 to 412 inclusive 687414 to 16 inclusive

LJ Insufficient technical data filed

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical — 80; Geological — 40; Geochemical — 40; Section 77(19)—60:asa

Ministry of Natural

sourcesOntario

Technical Assessment Work Credits Date

1984 10 09

File

2.6542Mining Recorder's Report of WorkV 86.84

Recorded Holder

Township or AreaCOCHRANE OIL & GAS LTD

BOYER LAKE AND HARPER LAKE AREAS

Type of survey and number of Assessment days credit per claim

Geophysical

Electromagnetic O days

Wagnetnnneter riays

Rariinmetric riays

InHnroH pnlari7atinn riays

Other rUy«

Section 77 (19) See "Mining Claims Attested" column

Geological days

Geochemical ... days

Man days S Airborne CD

Special provision LJ Ground Cxl

CD Credits have been reduced because of partialcoverage of claims.

D Credits have been reduced because of correctionsto work dates and figures of applicant.

Mining Claims Assessed

K 687480687492-93687495687501 to 03687511-12687520-21687537-38687544 to 46687548 to 50687570687573-74687576687579687419696015 to 17696019696021 to 23687432 to 35 687439 to 45687451 687453687459-60

inclusive

inclusiveinclusive

inclusive

inclusiveinclusive inclusive

Special credits under section 77 (16) for the following mining claims

No credits have been allowed for the following mining claims

not sufficiently covered by the survey

K 687534687436 to 38 inclusive 687446 to 48 inclusive 687450 687461

1_I Insufficient technical data filed

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical — 80; Geological — 40; Geochemical — 40; Section 77(19)—60:

x^\ Ministry OT Technical Assess|\y) Natural ... , _ ...

« ources w°rk Creditsmem FH«

2.6542Date Mining Recorder's Report of

1984 10 09 W°rk *°- 85-84

Recorded Holder

COCHRANE OIL AND GAS LTDTownship or Area

BOYLER LAKE AREA

Type of survey and number of Assessment days credit per claim

Geophysical 10

El«ctrnm*gnetir days

10Magnetnmetpr days

Dthitr days

Section 77 (19) See "Mining Claims Attested" column

1 8 Geological ,.,.,„. dayi

25fienrhpmiral days

Man days 03 Airborne ED

Special provision LJ Ground L»

OD Credits have been reduced because of partial coverage of claims.

D Credits have been reduced because of corrections to work dates and figures of applicant.

Mining Claims Assessed

K 687462 to 75 inclusive

Special credits under section 77 (16) for the following mining claims

No credits have been allowed for the following mining claims

LJ not sufficiently covered by the survey LJ I nsufficient technical data filed

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical — 80; Geological—40; Geochemical — 40; Section 77(19)—60:

© Ministry of Technical Assessi Natural ... Jteources Work Credits

Ontario ^P

Fi" 2 .6542

Date Mining Recorder's Report of Work No.

1QR4 10 OQ 84-84

Recorded Holder COCHRANE OIL & GAS LTD

Township or Area BOYER LAKE AND HARPER LAKE AREAS

Type of survey and number of Assessment days credit per claim

Geophysical

OthBr days

Section 77 (19) See "Mining Claims Attested" column

Geological days

GeOChemic?! _ . " days

Man days 3 Airborne CD

Special provision D Ground H

O Credits have been reduced because of partial coverage of claims.

O Credits have been reduced because of corrections to work dates and figures of applicant.

Mining Claims Assessed

K 696002 to 04 inclusive

Special credits under section 77 (16) for the following mining claims

No credits have been allowed for the following mining claims

W not sufficiently covered by the survey I _ I Insufficient technical data filed

K 687476 to 79 inclusive 696001 696005 696031 to 33 inclusive

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical — 80; Geological — 40; Geochemical — 40; Section 77(19)—60:

© Ministry of Technical Assess Natural ... , __ . .. ^sources Work Credits

Ontario f0

mem F«« 2.6542

Date Mining Recorder's Report of1984 10 09 Work *0> 84-84

Recorded Holder coCHRANE QIL & GAS LTD

Township or Area mER ^^ ^ mR?£R ^£ ^^

Type of survey and number of Assessment days credit per claim

Geophysical

Oth»r days

Section 77 (19) See "Mining Claims Attested" column

3Geological . days

Geochemicai . , days

Man days Q Airborne D

Special provision LJ Ground Q&!

l~l Credits have been reduced because of partial coverage of claims.

D Credits have been reduced because of corrections to work dates and figures of applicant.

Mining Claims Assessed

K 687476 to 79 inclusive 696001 to 05 inclusive 696031 to 33 inclusive

Special credits under section 77 (16) for the following mining claims

No credits have been allowed for the following mining claims

I _ I not sufficiently covered by the survey I — I Insufficient technical data filed

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical — 80; Geological — 40; Geochemical — 40; Section 77(19)—60: ass

ario

Ministry ofNaturalResources

1984 10 09 Your File: 84-84,85-84,86-84 & 87-84 Our File: 2.6542

Mining RecorderMinistry of Natural Resources808 Robertson StreetBox 5080Kenora, OntarioP9N 3X9

Dear Madam:

Enclosed are two copies of a Notice of Intent with statements listing a reduced rate of assessment work credits to be allowed for a technical survey. Please forward one copy to the recorded holder of the claims and retain the other. In approximately fifteen days from the above date, a final letter of approval of these credits will be sent to you. On receipt of the approval letter, you may then change the work entries on the claim record sheets.For further information, if required, please contact Mr. R.J. Pichette at 416/965-4888.

ours sincerely,

Yundt rector

Land Management Branch

Whitney Block, Room 6643 Queen's Park Toronto, Ontario M7A 1W3

§) £ D. Kinvig:mc

Ends.cc: Cochrane Oil & Gas Limited

2340 - 1st Avenue S WCalgary, AlbertaT2N OB8

cc: Mr. G.H. FergusonMining & Lands Commissioner Toronto, Ontario

845

rMinistry ofNaturalResources

Ontario

Notice of Intent

for Technical Reports

1984 10 09

2.6542/84-84,85-84,86-84 & 87-84

An examination of your survey report indicates that the requirements of The Ontario Mining Act have not been fully met to warrant maximum assessment work credits. This notice is merely a warning that you will not be allowed the number of assessment work days credits that you expected and also that in approximately 15 days from the above date, the mining recorder will be authorized to change the entries on his record sheets to agree with the enclosed statement. Please note that until such time as the recorder actually changes the entry on the record sheet, the status of the claim remains unchanged.

If you are of the opinion that these changes by the mining recorder will jeopardize your claims, you may during the next fifteen days apply to the Mining and Lands Commissioner for an extension of time. Abstracts should be sent with your application.

If the reduced rate of credits does not jeopardize the -status of the claims then you need not seek relief from the Mining and Lands Commissioner and this Notice of Intent may be disregarded.

If your survey was submitted and assessed under the "Special Provision-Performance and Coverage" method and you are of the opinion that a re-appraisal under the "Man-days" method would result in the approval of a greater number of days credit per claim, you may, within the said fifteen day period, submit assessment work breakdowns listing the employees names, addresses and the dates and hours they worked. The new work breakdowns should be submitted direct to the Land Management Branch, Toronto. The report will be re-assessed and a new statement of credits based on actual days worked will be issued.

846 (82/5)

Suite 2100, FIRST CANADIAN CENTRE! nil & fifl<51 in 35° • 7th Avenue S.W. , UIL & UAb LI U. Ca]gary A|ber(a T2p 3Ng

Telephone: (403) 233-7100

September 19, 1984

Ministry of Natural Resources [ f • ' ;)Whitney Block, Room 6643Queen's ParkToronto, Ontario S ! ;' ] '• I IWIM7A 1W3

['.ii.u.u Lr..^ oLCUGrl ATTENTION: S.E. Yundt

Director ________Land Management Branch

Dear Sir:

RE: Geophysical (Electromagnetic and Magnetometer) and Data for Assaying submitted on Mining Claims K 687340 et al in the Areas of Boyer Lake, Harper Lake and Lower Manitou Lake Your File No. 2.6542___________________

Further to your letter of July 6, 1984 in connection with the above noted matter we now enclose herewith, In duplicate, the duly amended plans for the above mentioned Magnetometer and Electromagnetic surveys.

We would point out that some of the plans have been replaced while others have been supplemented with a figure B setting out the post dated values.

Also enclosed herewith please find the requested copies of cancelled cheques showing proof of expenditures for the assay costs.

We trust that this meets with your approval.

Yours very truly,

COCHRANE OIL & GAS LTD.

Per: _________ M.R. Naish

MRN:dme

Enclosures

cc: Mining Recorder Kenora, Ontario

/ The First Canadian Bank

[~ ^ Bankcf 'MontrealrShell Centre400 - 4 Avenue S.W.Calgary, Alta. T2POJ4

_ Barringer Magenta_Liimited______.

Current Account

November 16 J_9_ 83^0. 863. __

THE SuMin9O_QQt$.7.Q£T$Inv. 9425, 9426, 9440,

' 9453, 9486, 9379, 9458

COCHRANE OIL 6 GAS LTD.

1000"'7 /OOOU7R07D,''

7 >:• •'.; ?: •';• "? O :;7 :>

V!! "13 VIVa 5..:.CUOI::.,^I .- U'lt ' ' ' J~ v-.-j :,^^^.«4*« «' 4ktdJ'i >

- — _ I '.ti .«s. C.l *

; ' "

COCHRANE OIL & GAS LTD.H65

April 2 7 1984__

PAY TO THE „ „ „ ,ORDER OF _ Barringer Magenta Ltd. 17.237.50*

RSl'SK ffl J 7 2 5 7Inv. J?9538, 9539, 9540~

O crs1OO

BANK OF MONTREAL400 - 4TH AVE. S.W. CALGARY, ALBERTA T2P OJ4

COCHRANE OIL & GAS LTD.

per _X

• I 1000'" ,''000i??3?50,''

1* «•

ri°l<?> ce C-'g o «r;

ul £•;;;IU X »«•"O »- ~-

ec «s03

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| MY *6ji; 03 i | ' 8AKK OF MONTREAL 8. '6RONTO, REGIONAL 2

j DATA RENTER -; o

The First Canadian Bar'-,/ '

Bank of Montreal

P;:ylothe' rdrf

Shell Centre400 - 4 Avenue S.W.Calgary, Alta. T2P OJ4

Barringer_ Magenta, Limited.

Inv. 9511

OE,i< 3 t:J'"00

Current Account'

_.... Jan.uary..4___ L9 8ft..No. 9i9

396 . 60*

COCHRANE OIL6 GAS LTD.

* O •/000003RE.E.O!'1

'K?

?»S?

P

lb~

£, mjg~ t-* lll

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ill tj

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September 5, 1984 File : 2.6542

REGISTERED

Cochrane Oil & Gas Limited 2340 - 1st Avenue S.W. Calgary* Alberta T2N OB8

Dear Sirs:

RE: Geophysical (Electromagnetic & Magnetometer) Survey and Data for Assaying submitted on Mining Claims K 687340 et al 1n the Areas of Boyer Lake, Harper Lake and Lower Manltou Lake.

Enclosed 1s a copy of our letter dated July 6, 1934 requesting additional Information for the above-mentioned survey.

Unless you can provide the required data by September 14, 1904 the mining recorder will be directed to cancel the work credits recorded on March 19, 1984.

For further Information, please contact Mrs. S. Hurst at 416/965-4888.

Yours sincerely,

S.E. YundtDirector t-Land Management Branch '

WMtney Block, Room 6643 Queen's Park Toronto, Ontario M7A 1W3 Phone:(416)965-6918

Encl:

S. Hurst:sc

cc: Nolln Geo Enterprises Limited Suite 540707 - 7th Avenue S.W. Calgary, Alberta T2P 022 Attn: Mr. Gary Nolln.

cc: Mining Rlcorder KKenora

July 6, 1984 File: 2.6542

Cochrane Oil & Gas Ltd 2340 - 1st Avenue N.W. Calgary, AlbertaT2N OB8

Dear Sirs:

RE: Geophysical (Electromagnetic and Magnetometer) and Data for Assaying submitted on Mining Claims K 687340 et al 1n the Areas of Boyer Lake, Harper Lake and Lower Manltou Lake

Enclosed are plans, In duplicate, for the above-mentioned Magnetometer and Electromagnetic surveys. On the Magnet ometer plans, please plot prof141s or have the data contoured. On the Electromagnetic plans please plot the raw reading at each station.

In addition, we require signed receipts or cancelled cheques for $28,691.60 as proof of expenditures for the assay costs.

When submitting the above Information, please quote file 2.6542.

For further Information, please contact Mr. Ray Plchette at (416)965-4868.

Yours sincerely,

S.E. YundtDirectorLand Management Branch

Whltney Block, Room 6643 Queen's Park Toronto, Ontario M7A 1W3 Phone:(416)965-4888

D. K1nv1g:mc

cc: Nolln Geo Enterprises Ltd Suite 540707 - 7th Avenue S.W. Calgary, Alberta T2P OZ2 Attention: Mr. Gary Nolln

cc: Mining Recorder Kenora, Ontario

rMinistry ofNaturalRefianrces

Ontario

GeotechnicalReportApproval

File

Mining Lands Comments

rC Vr-r Ar-,..,.

a s/

••-> !.' •:

T° :

Comments

tvujr IJUuK-*]'

S"~*A U

pproved ish to see again with correctionsDate

0?co: Geology - Expenditures

Comments

Approved Wish to see again with correctionsDate Signatur

: Geochemistry

Comments

Approved j I Wish to see again with corrections

I |To: Mining Lands Section, Room 6462, Whitney Block. (Tel: 5-1380)

1593 (81/10)

1984 03 30 Your File: Our File:

84 to 87 Inclusive 2.6542

Mr. Hade MathewMining RecorderMinistry of Natural Resources808 Robertson StreetBox 5160Kenora, OntarioP9N 3X9

Dear Sir:

Vie have received reports and naps for a Geophysical (Electromagnetic and Magnetometer), Geological, Geochemlcal and Data for Assaying Survey submitted on Mining Claims K 687340 et al In the Areas of Harper Lake, Boyer Lake and Lower Manltou Lake.

This material will be examined and assessed and a statement of assessment work credits will be Issued.

Yours sincerely,

S.E. YundtDirectorLand Management Branch

HhHney Block, Room 6643 Queen's Park Toronto, Ontario M7A 1W3 Phone:(416)965-6918

A. Barr:me

cc: Cochrane 011 and Gas Ltd 2340 1st Avenue N.W. Calgary, Alberta T2N OB8

cc: G. Nolln540 707 7th Avenue S.U. Calgary, Alberta T2P OZ2

NOLIN GEO ENTERPRISES LTD.

540 - 707 - 7th Avenue S. W.,

Calgary, Alberta T2P OZ2.

21st February, 1984,

Mining Recorder, Kenora District, Box 5080, KENORA, Ontario, P9N 3X9.

Attention: Mr. Wade Matthews, Mining Recorder.

RECEIVEDMAR % o 1984

MINING LANDS SECTION

Dear Sir:-

Re: Manitou Lakes ProjectAssessment Credit under Section 77 - 19 of the Ontario Mining Act (1983 Edition).

I wish to recommend that the enclosed report be considered and forwarded as a Geoscientific Exploration Study over this large area which is hard to access and difficult to work. We wish to consider the drilling as a separate project and have enclosed covering documents.

This recommendation is based on the large expend itures Cochrane Oil & Gas Ltd. has made as well as their con scientiousness in ensuring the proper exploration and develop ment of the area, often using expensive state of the art equipment and services including computer interpretation and drafting where geologically meaningful.

Respectfully submitted,

NOLIN GEO ENTERPRISES LTD.,

Per:

GAN/mn

Encl.

Gary A. Nolin, P. Geol.

CK

o.oo *

2.000.00 i 2 , U 0 0 . 0 0 •*• 12.537-00 + 28.8A5-50 + 1,400.00 + 7,525-00 t

136-95 + 403-56 +

1 t 7 4 1 • 5 0 + 1,741•50 - 28,753.50 +

396.60 + 17,092-73 + 6,947.50 t 4 . 007. 50 + 6,282-50 +

3 3 . 3 B y • 0 0 + 30,393-00 i 46.131-00 t28,2^9-3

RECEIVEDMAR 2 ti 1984

MINING LANDS SECTION

NOLIN CEO ENTERPRISES LTD..MO. 707 - 71 H AVINUI S VV

CAICARY, Al.BI.RTA T2PO/.2II I I I'HONI (-NH) .'M J7-1?

Cochrane Oil & gas 2340 - 1st. ave NW Calgary Alta. T2N OB8

Attention: Mr. Geoge Isfan

Re: Manitou Lakes Project

Dear sir,

Enclosed please find the Manitou Lakes Project summer program included

with a copy of the OMEP application and supporting documentation. Also

please find a copy of an inventory of the eqipment in your wharehouse,

as well as a list of equipment we are taking with us from your wharehouse.

You will notice that staking costs total $ 28,907.40, also $2,000.00

has been paid to J. Hansen for an airborne survey TRIDEM interpretation,

in addition $2,000.00 was paid to Mr. T. Dundas for his magnetic and

geologic interpretation. From the $33,000.00 recieved from Cochrane a

balance of $92.60 remains, its is therefore important that an adflition

$20,000.00 be transfered to Sennol - Cochrane account as soon as possible.

Looking forward to a sucessful exploration season, will depart Saturday

June 12, 1983. We will contact you from the field.

Yours Respectfully

Gary Nolin P. Geo.

?/MAM-02

NOLIN CEO ENTERPRISES LTD.1900, 520 - 5TH AVENUE S.W.CALGARY, ALBERTA T2P 3R6

TILUMIONL (4(H) 2 hA-27A2

INTERIM

INVOICE August 23. 1983Page 1 of 2

TO: Cochrane Oil & Gas Ltd. 2340 - 1 AviMiuo N.W. Calgary, Alberta T2N OB8

RE: Mam'tou Lakes Project Phase I Summer 1983

We invoice you as follows:

T. Dundas Geophysicist June 12 - June 24, 1983 13 days (which includes 4 days travel time) (3 $350.00 per day......................................$ 4,550.00

G. No!in Geologist in-field management2 days @ $350.00 per day...............................$ 700.00

One Senior Geophysical Technician13 days @ $175.00 per day..............................$ 2,275.00

One Field Assistant9 days <a $125.00 per day...............................$ 1,125.00

Vehicle Mileage Calgary/Dryden Return3400 kilometers G> $.40 per kilometer. ..................$ 1,360.00

Vehicle Mileage In Area600 kilometers @ $.40 per kilometer....................$ 240.00

One 14 Pot Bert with 15 H.P. Motor + Gas9 days P $35.00 per day................................$ 315.00

Field and Camp Expenses + Food37 man days @ $35.00 per day...........................$ 1,295.00

One Geonics VLF EM Unit13 days 9 $22.00 per day...............................$ 286.00

9 A tt& WAN-02fr\jO ^

NOUN CEO ENTERPRISES LTD.1900, 520 - 5TH AVENUE S.W. CALGARY, ALBERTA T2P 3R6

TELEPHONE (403) 264-2742

INTERIM

INVOICE August 23. 1983Page 2 of 2

TO: Cochrane Oil & Gas Ltd. Rf: M.nnlou Lakes Project

P'- -se I Summer 1983

One Geometries Proton Mag13 days @ $22.00 per day. ....................................$ 286.50

Motel Accomodations2 nights @ $36.75 per night..................................$ 73.501 night 0 $31.50 per night..................................$___3_LJ50.

TOTAL DUE THIS INVOICE.........$12,537.00

From $10,000.00 Cash Advance of June 16, 1983. ...................($ 8.500.00)

SUB^BALANCE $ 4,037.00

m $15,000.00 Cash Advance of July 29. 1983....................($ 4.037.00)

GRAND BALANCE........................$ 0.00

Gary A. No!in, P.Geol.

24 "" IMAN-03.

NOUN CEO ENTERPRISES LTD.1900, 520 - 5TH AVENUE S.W.CALGARY, ALBERTA T2P 3R6

TELEPHONE (403) 264-2742

INTERIM

INVOICE August 23. 1983Page 1 of 2

TO: Cochrane Oil & Gas Ltd. 23-10 - 1 Avenue N.W. Calgary, Alberta T2N OB8

RE: Mam'tou Lakes Project Phase II Summer 1983

We invoice you as follows:

G. NoTin Geologist Field Management2 days <a $350.00 per day...............................$ 700.00(travel time no charge)

Albert Von Hoff Geologist June 28 - July 17, 198320 days @ $350.00 per day..............................$ 7,000.00Air fare Calgary/Dryden return.........................$ 441.00

J. Hansen Geophysicist Field Reconnaissance2 days @ $350.00 per day...............................$ 700.00(travel time no charge)

One Senior Geological Technician20 d.,0 (3 $175.00 per day..............................$ 3,500.00

Two Field Assistants16 days @ $125.00 per day..............................$ 4,000.00

One Field Assistant19 days @ $125.00 per day. .............................$ 2,375.00

Two Vehicles Calgary/Dryden Return6800 kilometers @ $.40 per kilometer...................$ 2,720.00

Two Boats One With 15 H.P. Motor, One With 35 H.P. + Gas19 days <a $70.00 per day. ..............................$ 1,330.00

Two Geonics VLF EM Units19 days (P $22.00 per day...............................$ 836.00

TO: Cochrane Oil & Gas Ltd. RE: Manitou Lakes Project

Phase II Sunnier 1983

NOUN GEO ENTERPRISES LTD.1900, 520 - 5TH AVENUE S.W.CALGARY, ALBERTA T2P 3R6

TELEPHONE (403) 264-2742

INTERIMINVOICE August 23. 1983

Page 2 of 2

Two Geometries Proton Maqs19 days @ $22.00 per day.....................................$ 836.00

Fixed Wing Air Transport With Swan Airas per attached invoice.........................,............$ 1,082.50

Field Camp + Food Expenses95 man days @ $35.00 per day.................................$ 3,325.00

Additional Boat, Lodge and Motel Costsno charge....................................................$ 0.00

TOTAL..........................$28,845.50

Remaining From $15,000.00 Cash Advance of July 29, 1983.......... .($10.963.00)

PLEASE REMI T............BALANCE NOW DUE THIS INVOICE...$17.882.50

Gary A. Nolin, P.Geol.

24 1983

NOLfN CEO ENTERPRISES LTD.1900, 520 - 5TH AVENUE S.W. CALGARY, ALBERTA T2P 3R6

TLLtPHONE (401) 264-2742

INVOICE August 23. 1983

TO: Cochrane Oil & Gas Ltd, 2340 - 1 Avenue N.W. Calgary, Alberta T2H OB8

RE: Manitou Lakes Project Summer 1983

Ue invoice you as follows:

4 days in Calgary pre-project management and organization0 $350.00 per day.......................................$1,400.00

Maps - reports - phone calls - liaison with geophysicists on geophysical interpretation, government and company officials in preparation of forms and paper work

.........................no charge......................$ 0.00

TOTAL..........................$1,400.00

From $10,000.00 Cash Advance of June 16, 1983...............($1,400.00)

BALANCE DUE THIS INVOICE.......$ 0.00

Gary A. fJolin, P.Geol

MAGENTA LIMITED304 CARLINGVIEW DRIVE METROPOLITAN 'TORONTO REXOALE, ONTARIO CANADA M9W 5G2 PHONE: 4 16-675-3870 TELEX: 06-969163

SERVICES FOR THE EARTH AND ENVIRONMENTAL SCIENCES

• Nolin Geo Enterprises, 540-707-7 Ave.S.W. CALGARY, Alberta T2P OZ2

TERMS: NET 30 da/S

DATE: Septmber 15, 1983PROJECT: 1 04.51

PERIOD COVERED:

SALES ORDER:PROGRESS BILLING:SHIPPING REPORT:WORKREPORT: 83-5376(0467)FED. SALES TAX: exemptONT. SALES TAX: exempt

AUTHORITY: G. Nolin

TO:

430 humus samples analysed forAu, Ag, As, Hg, Sb e $ 17.50

Total invoice

$7,525.00

$7,525.00

INVOICE N9 9440

BARRINGER MAGENTA LIMITED304 CARLINGVIEW D RIVE METROPOLITAN T ORONTO REXDALE. ONTARIO CANADA M 9W S G2 PHONE: 4 16-675-3870 TELEX: 0 6-969183

SERVICES FOR THE EARTH AND ENVIRONMENTAL SCIENCES

Nolin Geo Enterprises, 540-707-7 Ave.S.W. CALGARY, Alberta

TERMS: NET 3Q

DATE: October 21, 1983PROJECT: 104.51

PERIOD COVERED:

SALES ORDER:PROGRESS BILLING:

SHIPPING R EPORT:WORK REPORT: 8 3 - 5 4 5 8FED. SALES TAX: exempt

ONT. SALES TAX: e xempt

AUTHORITY: G. Nolin

TO:

11 Gold assays @ $ 9.25 11 Rock sample preparation 3.20

Total invoice

$ 101.75 35.20

$ 136.95

INVOICE N9 9486

NOLIN GEO ENTERPRISES LTD.1900, 520 - 5TH AVENUE S.W. CALGARY, ALBERTA T2P 3R6

TELEPHONE (403) 264-2742

INVOICE November 9, 1983

In Account With

Cochrane Oil & Gas Ltd. 2340 - 1 Avenue N.W. Calgary, Alberta T2N OB8Attention: Mr. George Isfan

President

RE: Manitou Lakes ProjectField Supervision and Project Management

With regards to the above captioned project, we invoice you as follows:

October 7, 1983 to October 12, 1983..................... N 0 C H A R G E....................

Expenses- as per attached receipts.....................$403.56

TOTAL AMOUNT DUE THIS INVOICE:.................$403.56

NOLIN GEO ENTERPRISES LTD.

Gary A. Nolin, P.Geol President

NOUN CEO ENTERPRISES LTD.1900, 520 - 5TH AVENUE S.W.CALGARY, ALBERTA T2P 3R6

TELEPHONE (403) 264-2742

JHTERIM

JHVOICE November 24, 1983

TO: Cochrane Oil & Gas Ltd. 2340 - 1 Avenue N.W. Calgary, Alberta T2N 088Attention: Mr. George Isfan

RE: Manitou Lakes Project Giant Claims Grid

We invoice you as follows:

T. Macleod, Geologist, September 27, 1983 to October 20, 1983 26 days {which includes 4 days travel time and 3 days report and map preparation) @ $350.00 per day ..................................................$ 9,100.00

One Senior Geological Technician/Junior Geologist23 days (which includes 4 days travel) @ $175.00 per day ..................................................$ 4,025.00

One Senior Prospector/Geological Technician18 days (which includes 2 days travel) @ $175.00 per day ..................................................$ 3,150.00

One Junior Field Assistant18 days (which includes 2 days travel) @ $125.00 per day ..................................................$ 2,250.00

Vehicle Mileage Calgary/Dryden Return (truck) 3400 kilometers @ $.40 per kilometer ..................................................$ 1,360.00

Vehicle Mileage Calgary/Dryden Return (4x4 Jeep) 3400 kilometers @ $.40 per kilometer ..................................................$ 1,360.00

Aw , r>

NOLIN CEO ENTERPRISES LTD.1900, 520 - 5TH AVENUE S.W. CALGARY, ALBERTA T2P 3R6

TELEPHONE (403) 264-2742

INTERIM INVOICE Page 2 TO: Cochrane Oil & Gas Ltd. RE: Manitou Lakes Project

Giant Claims Grid

Vehicle Mileage In Area1000 kilometers @ $.40 per kilometer ..................................................$ 400.00

One 18' Canoe with 2 PH Motor + Gas 19 days @ $25.00 per day ..................................................$ 475.00

One 14' Boat with 15HP Motor + Gas 10 days @ $35.00 per day ..................................................$ 350.00

Field, Travel and Camp Expenses + Food 82 man days G> $35.00 per day ..................................................$ 2,870.00

Two Geonics VLF-EM Units19 days @ $22.00 per day (each) ..................................................$ 836.00

Two Geometries Proton Hags19 days @ $22.00 per day (each) ..................................................$ 836.00

Fixed Wing Air Transport With Swan Air (as per attached invoice) ..................................................$ 1,741.50

Additional Boat, Lodge, Motel, Telephone Calls, and Project Management ...................NO C H A R G E..............$ 0.00

.PLEASE REMIT BALANCE D U £........$28,753.50

Respectively Submitted:

Gary A. No!in, P.Geol.

BOX 297, DRYDEN, ONTARIO

Telephone (807) 223-4524 Roy 1 . Swanson, Presidenl

DATE--.

- 70 / 7^flL

2% per month on overdue accounts

UPVDCN I'MKTIM- Shut. l lPYWZ. OKT. S3~0

BARRINGER MAGENTA L IMITED

304 CARL1NGVIEW D RIVE METROPOLITAN TORONTO REXDALE. ONTARIO CANADA M9W 5 G2 PHONE 41 6-675-3B70 TELEX 0 6-969163

SERVICES FOR THE EARTH AND ENVIRONMENTAL SCIENCES

Nolin Geo Enterprises, 540-707-7 Ave.S.W. CALGARY,Alberta T2P OZ2

TERMS: NET 30 da/S

DATE: November 29, 1983PROJECT: 104.51

PERIOD COVERED:

SALES ORDER:PROGRESS BILLING:SHIPPING REPORT:WORK REPORT: 83-5467FED. SALES TAX: G X 6 ITlp t

ONT. SALES TAX:

AUTHORITY:

TO:

G. Nolin

44 Au analyses

6 Ag analyses

44 Rock sample preparation

Total invoice

e $ 5.50

2.30

3.20

:e

^ X

ys

/ f 1/

/ y'

$ 242.00

13.80

140.80

$ 396.60

INVOICE N9 9 511

NOLIN GEO ENTERPRISES LTD,1900, 520 - 5TH AVENUE S.W.CALGARY, ALBERTA T2P 3R6

TELCPHONl (401) 1M-2742

INVOICE January 11, 1984

IN ACCOUNT WITH;

Cochrane Oil & Gas Ltd. 2340 - 1 Avenue N.W. Calgary, Alberta T2N OB8ATTENTION: Mr. George Isfan

President

RE: Manitou Lakes Project Report Summer and Fall 1983

With regards to the Manitou Lakes Project Report, Nolin Geo Enterprises Ltd. invoices you as follows:

G. Nolin, Geologist, Interpolation and Report10 days @ $350.00 per day........................$ 3,500.00

G. Nolin, Geologist, Administration and Report5 days.....NO C H A R G E.....................$ 0.00

T. Dundas, Geophysicist, Interpolation and Report10 days @ $350.00 per day. .......................$ 3,500.00

T. Dundas, Geophysicist, Interpolation and Report5 days.....NO C H A R G E.....................$ 0.00

Junior Geologist/Senior Technician10 days <a $175.00 per day........................$ 1,750.00

Junior Geologist/Senior Technician5 days.....N 0 C H A R G E.....................$L__JLP_p_

SUB-TOTAL.................$ 8,750.00

NOLIN GEO ENTERPRISES LTD.1900, 520 - 5TH AVENUE S.W. CALGARY, ALBERTA T2P 3R6

TELEPHONE (403) 264-2742

January 11, 1984 Page 2 INVOICE IN ACCOUNT WITH: Cochrane Oil & Gas Ltd. RE: Manitou Lakes Project Report

Summer and Fall 1983

Computer Plotting and AnalysisMurex Computer Services Ltd., Invoice #83-011.....as per copy attached........................$ 6,500.00

Drafting ServicesAlliance Drafting Services Inc., Invoice #12580.....as per copy attached........................$ 126.00

Audrey Law, Independent Draftsperson.....as per copy attached........................$ 780.00

Report Binders and Map/Document BoxesThird Party Billing From Black Gold Oil & Gas Ltd......as per copy attached........................$ 136.34

ReproductionPetro-Tech Printing Ltd., Invoices #06391, #07286,

#07333, #07331, and #07486 .... .as per copies attached......................$ 800.39

PLEASE REMI T.......GRAND TOTAL THIS INVOICE..$17,092.73

NOLIN GEO ENTEPRISES LTD.

Gary A. Nolin, P.Geol. President

MUREX COMPUTER SERVICES LTD.

InvoiceSUITE 540,707-7 AVENUE S.W. CALGARY ALBERTA T2P OZ2 TELEPHONE 403 266-4222

NOL1N GEO ENTERPRISES LTD. 540 - 707 - 7th. Ave S.W. Calgary

ATTN . Gary Nolin _____

83-011 NUMBER:_______

DATE Jan 6th/84

TERMS: NET 30 DAYS.

DATE CUSTOMER ORDER # DESCRIPTION

Re: Plotting Manitou Lakes Project

Data input and editing - Technician 10 day

Computer time - input etc. 30 hrs.

Plotter paper 4 rollsPlotter time 25 hrs.Word Proc. (report) - Time + materials

TOTAL

UNIT AMOUNT

;$150.00$ 50.00

$200.00$100.00

TOTAL

TOTAL i

Jl.500.0051,500.00$ 800.00?2,500.00$ 200.00

?6,500.0(

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1900. 52O • 5TM AvfNuE S W t-,1 A «., —. ,— , ,_ , CALGARY. ALTA, T2P 3RiBLACK GOLD OIL & GAS LTD. T ELEPHONE: <403) 262-2471

LJLLJLL£JL January 9, 1984

IN ACCOUNT WITH:

No!in Geo Enterprises Ltd. 1900, 520 - 5th Avenue S.W. Calgary, Alberta T2P 3R6

RE: Grand & Toy Limited charges paid on your behalf as per yourrequested order for 8 map/document cases and 8 2" brown binders ...invoice copies attached...

8 map/document cases...............$ 64.268 2" brown binders.................$ 72.08

TOTAL DUE THIS INVOICE.............$136.34

DATE

PETRO-TECH PRINT. .G LTD.621 4th AVtNUE S.W.. CALGARY. ALBERTA T ?P OK?

PHONE 266 1651

DATE TIME REQUIRED

No. Of Originals

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of each

6

DESCRIPTION

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DATE

PETRO-TECH PRINT, ,G LTD.G2J-4Ui AVENUE S.W.. CALGARY, ALBERTA T2P OK?

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TIME REOUIBEONo. of

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INVOICE D

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7286 TERMS NET 30 DAYS

35 £?

PETRO-TECH PRINT, .G LTD.G21 40. AVENUE S.W.. CALGAHY. ALBERTA T2P OK2

PHONE 266 1651

TIME REQUIRED

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ELECTROCOPIESOTHERS

'NVOICE 7333 TERMS NET 30 DAYS

PETRO-TECH PRINT. G LTD.G21-4U. AVENUE S.W.. CAIGAHY, ALBERTA T2P OK2

Cjec ente.PHONE

266 1651

TIME REQUIRED

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PETRO-TECH PRINT. G LTD.G?14ih AVENUE S.W . CALGARY. ALBERTA T2P OK?

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INVOICE D 7486 TERMS NEY3B'b AYS

WBARRINGER MAGENTA LIMITED

304 CARLINGVIEW DRIVE METROPOLITAN TORONTO REXDALE. ONTARIO CANADA M9W5Q2 PHONE 416-675-3870 TELEX: 06-969163

SERVICES FOR THE EARTH AND ENVIRONMENTAL SCIENCES

Nolin Geo Enterprises, 540-707-7 Ave.S.W. CALGARY, Alberta T2P OZ2

TERMS:NET 30 days

DATE: December 30, 1983PROJECT: 104.51

PERIOD COVERED:

SALES ORDER:PROGRESS BILLINQ:

SHIPPING REPORT:WORKREPORT: 83-0715(5468)FED. SALES TAX:ONT. SALES TAX: CX

AUTHORITY:

TO:

G. Nolin

397 Au,Ag,As,Hg ,Sb analyses 397 sample preparation

Total invoice

fi $ 15.50 2.00

$6,153.50 794.00

$6,947.50

INVOICE N9 9539

.^k ^ yj \ —

• VRARRINGER MAGENTA LIMITED

304 CARLINGVIEW D RIVE METROPOLITAN TORONTO RE XDALE. ONTARIO CANADA MBW 5G2 PHONE: 4 16-675-3870 TELEX. 06-989183

SERVICES FOR THE EARTH AND ENVIRONMENTAL SCIENCES

Nolin Geo Enterprises, 540-707-7 Ave.S.W. CALGARY, Alberta T2P OZ2

TERMS:NET 30 days

DATE: December 30, 1983PROJECT: 104.51

PERIOD COVERED:

SALES ORDER:PROGRESS BILLING:

SHIPPING REPORT:WORKREPORT: 83-0791(5507)

FED. SALES TAX: BXCmpt

ONT. SALES TAX: exempt

AUTHORITY:

TO:

229 Au,Ag,As,Hg,Sb 229 Sample preparation

analyses @ $ 15.50 2.00

Total invoice

I y-O <JLJ

$3,549.50

458.00

$4,007.50

INVOICE N9 9538

BARRINGER MAGENTA L IMITED

304 CARLINGVIEW D RIVE METROPOLITAN TORONTO RE XD ALE . ONTARIO CANADA M9W 5G2 PHONE: 416-675-3670 TELEX: 06-969163

SERVICES FOR THE EARTH AND ENVIRONMENTAL SCIENCES

Nolin Geo Enterprises, 540-707-7 Ave.S.W. CALGARY, Alberta T2P OZ2

TERMS:NET 30 days

DATE: December 30, 1983PROJECT: 104.51

PERIOD COVERED:

SALES ORDER:PROGRESS BILLING:SHIPPING REPORT:WORKREPORT: 83-0792(5487)FED. SALES TAX: 6X6 Hip tONT. SALES TAX: exempt

AUTHOIMTV:

TO:

359 Au,Ag,As,Hg,Sb analyses 359 sample preparation

Total invoice

8 $ 15.50 2.00

f~n n

$5,564.50 718.00

$6,282.50

INVOICE N9 9540

M h 1 i -i C *•

NOLIN CEO ENTERPRISES LTD.1900, 520 • 5TH AVENUE S.W. CALGARY, ALBERTA T2P 3R6

TELEPHONE (403) 264-2742

I N V 0 I_CJE January 15, 1984

IN ACCOUNT WITH:

Cochrane Oil & Gas Ltd. 2340 - 1 Avenue N.W. Calgary, Alberta T2N OB8Attention: Mr. George Isfan

President

RE: Manitou Lakes Winter 1984 Explora-frvon Program

With regards to the Manitou Lakes 1984 Exploration Program as captioned above, Nolin Geo Enterprises Ltd. invoices you as follows:

G. Nolin, Geologist, Pre-Project Preparation and Ongoing Management 4 days @ $350.00 per day........................$ 1,400.00

M. Fox, Senior Project GeologistJanuary 9 to January 15, 19847 days @ 350.00 per day.........................$ 2,450.00

T. Dundas, Geophysicist January 15, 1984 1 day 0 $350.00 per day.........................$ 350.00

T. Dundas, Air Canada Flight Tickets Calgary/Dryden/Calgary Total...........................................$ 461.00

4 Senior Geophysical/Geological Technicians7 days 0> $175.00 per day. .......................$ 4,900.00

2 Field Assistants7 days @ $125.00 per day........................$ 1,750.00

2 Alpine Double Track Snow Mobiles January 9 to February 9, 1984 1st month G> $1,800.00 per month.................$ 3,600.00

NOUN CEO ENTERPRISES LTD.1900, 520 - 5TH AVENUE S.W. CALGARY, ALBERTA T2P 3R6

TELEPHONE (403) 264-2742

INVOICE Page 2IN ACCOUNT WITHCochrane Oil & Gas Ltd.Attention: Mr. George IsfanRE: Manitou Lakes Winter 1984 Exploration Program

2 Alpine Snow Mobiles - Insurance, Gas & Oil30 days @ $15.00 per day........................$ 900.00

3 Single Track Skandic-Type Snow Mobiles January 9 to February 9, 1984 1st month @ $1,400.00 per month.................$ 4,200.00

1 Winkie Drill1 month @ $2,000.00 per month.................$ 2,000.00

3 Skandic-Type Snow Mobiles, Insurance, Gas & Oil30 days P $10.00 per day........................$ 900.00

3 Heavy Duty Sleighs1 month @ $160.00 per month.....................$ 480.00

2 Snow Mobile Trailers1 month @ $270.00 per month.....................$ 540.00

1 Snow Mobile Trailer3 days @ $20.00 per day.........................$ 60.00

1 Arctic Camp Including Fuel Oil, Generator, Insurance on all Equipment 1 month @ $3,000.00 per month...................$ 3,000.00

Food and Field Expendable Material and Equipment50 man days G> $45.00 per day....................$ 2,250.00

2 Geonics VLF-EM Units7 days @ $22.00 per day.........................$ 308.00

2 Geometric Proton Mags7 days @ $22.00 per day.........................$ 308.00

1 Crone Shook Back EM System7 days @ $50.00 per day.........................$ 350.00

1 APEX MaxMin System - stand by rate1 month (? $1,500.00 per month. ..................$ 1,500.00

NOLIN CEO ENTERPRISES LTD.1900, 520 - 5TH AVENUE S.W. CALGARY, ALBERTA T2P 3R6

TELEPHONE (403) 264-2742

INVOICE Page 3IN ACCOUNT WITHCochrane Oil & Gas Ltd.Attention: Mr. George IsfanRE: Manitou Lakes Winter 1984 Exploration Program

Vehicle Mileage Calgary/Dryden 1 Jeep and 1 Truck 3400 kilometers @ $.40 per kilometer. ...........$ 1,360.00

Vehicle Mileage in Area800 kilometers @ $.40 per kilometer.............$ 320.00

PLEASE REMI T.......GRAND TOTAL THIS INVOICE $33.387.00

2

NOLIN CEO ENTERPRISES LTD.1900, 520 - 5TH AVENUE S.W.CALGARY, ALBERTA T2P 3R6

TELEPHONE (401) 264-2742

j N V 0 I C E February 1, 1984

IN ACCOUNT WITH:

Cochrane Oil & Gas Ltd. 2340 - 1 Avenue N.W. Calgary, Alberta T2N OB8

ATTENTION: Mr. George Isfan President

RE: Manitou Lakes Winter 1984 Exploration ProgramPeriod for Billing January 16, 1984 to January 31, 1984

With regards to the Manitou Lakes 1984 Exploration Program as captioned above, No!in Geo Enterprises Ltd. invoices you as follows:

G. Nolin, Geologist, Pre-Project Preparation and Ongoing Management 2 days @ $350.00 per day..........................$ 700.00

M. Fox, Senior Project Geologist January 16 to January 31 16 days @ $350.00 per day...............,.........$ 5,600.00

T. Dundas, GeophysicistJanuary 16 to January 2 27 days @ $350.00 per day.........................$ 2,450.00

4 Senior Geophysical/Geological Technicians January 16 to January 31 16 days @ $175.00 per day.........................$11,200.00

1 Field AssistantJanuary 16 to January 3116 days @ $125.00 per day.........................$ 2,000.00

1 Field Assistant8 days Q $125.00 per day..........................$ 1,000.00

V

NOUN CEO ENTERPRISES LTD.1900, 520 - 5TH AVENUE S.W. CALGARY, ALBERTA T2P 3R6

, ,„„„ TELEPHONE (403) 264-2742February 1, 1984INVOICE Page 2IN ACCOUNT WITHCochrane Oil & Gas Ltd.ATTENTION: Mr. George IsfanRE: Manitou Lakes Winter 1984 Exploration Program

Period for Billing January 16. 1984 to January 31. 1984________

Food and Field Expendable Material and Equipment111 man days @ $45.00 per day.....................$ 4,995.00

2 Geonics VLF-EM UnitsJanuary 16 to January 3116 days @ $22.00 per day..........................$ 704.00

2 Geometric Proton MagsJanuary 16 to January 3116 days @ $22.00 per day..........................$ 704.00

1 Crone Shook Back EM SystemJanuary 16 to January 3116 days @ $50.00 per day..........................$ 800.00

1 Vehicle Mileage in Area600 Kilometers @ $.40 per kilometer...............$__240^00

PLEASE RE MI T........GRAND TOTAL THIS INVOICE..$30,393.00

NOLIN GEO ENTERPRISES LTD.

Gary A. No! in, P.Geol .

President

NOLIN GEO ENTERPRISES LTD.

540 - 707 - 7th Avenue S.W.,

Calgary, Alberta T2P OZ2.

INVOICE

February 21, 1983

IN ACCOUNT WITH:

Cochrane Oil & Gas Ltd., 2340 - 1st Avenue N.W., CALGARY, Alberta, T2N OB8

ATTENTION: Mr. George Isfan, President.

RE: Manitou Lakes Winter 1984 Exploration Program___ Period for Billing February 1, 1984 to February 21, 1984.

With regards to the Manitou Lakes 1984 Exploration Program as captioned above, Nolin Geo Enterprises Ltd. invoices you as follows;

G. Nolin, Geologist,Friday Feb. 10 to Friday Feb. 17-8 field days

Sat. Feb. 18 to Mon. Feb. 20 Interpretation and report writing - 3 days

$ 3,850.00

M. Fox, Senior Project GeologistFeb. 1 to Feb. 2121 days at $350.00 per day 7,350.00

T. Dundas, GeophysicistFeb. 18 - 192 days at $350.00 per day 700.00

2 Senior GeophysicistsFeb. 1 to Feb. 172 x 17 days at $175.00 per day 5,950.00

— 2 —

2 Senior Geophysical TechniciansFeb. 1 to Feb. 21 $ 7,350.00

1 Field AssistantFeb. 4 - Feb. 21 2,125.0017 x $125.00 per day

1 Field Assistant Feb. 11 - Feb. 21 10 x $125.00 per day 1,250.00

1 Field Assistant Feb. 14 - Feb. 17 4 x $125.00 per day 500.00

Food and Field Expendible material and equipment2 Geonics VLF - EMFeb. 1 to Feb. 17 748.0021 days @ $22.00 per day

2 Mags - Feb. 1 to 17 748.00

1 Crone Shoot Back EM SystemFeb. 1 to Feb. 17 1,020.00

2 Alpine Snowmobilesmonthly rental $1,800.00 or $600.00 weekly 3,600.00

2 Skandic Snowmobiles$1,400.00 per month or $350.00 weekly 2,800.00

1 APEX Max Min EM systemstandby rate1 month at $1,500.00 per month or $500.00 per week 1,500.00

1 Arctic camp including fuel,Generator, chain saws 3,000.00

- 3 -

Food and Field Expendible materialpayment on account $ 3,000.00

Vehicle mileage in area800 km @ .40 per km 320.00

2 snowmobile trailers1 month at $270.00 per month2 heavy duty sleighs 320.00 1 month at $160.00 per month _________

PLEASE REMIT GRAND TOTAL THIS INVOICE $ 46,131.00

NOLIN GEO ENTERPRISES LTD.

Gary A. Nolin, P. Geol.,

President.

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NOLIN GEO ENTERPRISES LTD.

NOLIN -GEO ENTERPRISES LTD.

GEOPHYSICAL MAP VLF SURVEY

GIANT MINES GRID.. ^ /A

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