dd summary rpt 13 aljo l - ontario

53JHSWeai7 13 ALJO LAKE 010

Diamond Drilling

Area Aljo Lake Report NQ 13

Work performed by: Lac Minerals Ltd,

Claim NQ

KRL 510206 KRL 510207

KRL 510209

Hole NQSA-83-1 SA-83-2 SA-83-3 SA-83-4 SA-83-5 SA-83-6

Footage

500.0249.5251.0101.0410.0489.0

Date

Mar/83 Mar/83 Mar/83 Mar/83 Apr/83 Apr/83

Note

(D (D (D (l) (D (D

Notes: (1) #33-83

AWL 005(7-69) rev.9-72

S3J11SW0ai7 13 ALJO LAKE 020

SACHIGO RIVER PROJECT

REPORT ON DRILLING

A K E

11983A.M.

^___l

Reginald P. Seyler April 1983

For: Lac Minerals Ltd. 146 Front St. W. Suite 485 Toronto, Ontario M5J 2L7

TABLE OF CON

S3J1ISW0017 13 ALJO LAKE 020C

Location and Access l

General Property Description l

Geological Setting l

Diamond Drilling 2

Economic Geology 5

Discussion and Interpretation 6

Conclusions and Recommendations 8

References 9

Appendix IDrill Hole Geologic Logs

Appendix IIStatement of Qualification

List of Figures

Fig. 1. Drill Hole Locations MapFig. 2. Diamond Drill Section - SA83-1Fig. 3. Diamond Drill Section - SA83-2, SA83-3Fig. 4. Diamond Drill Section - SA83-4Fig. 5. Diamond Drill Section - SA83-5Fig. 6. Diamond Drill Section - SA83-6

Location and Access

The Sachigo River property is located at Lat. 54 0 30'

40" North, Long. 91 0 24' 30" West, NTS 53 J 11 approximately

260 miles north of Red Lake, Ontario

Mobilization for this project was via Red Lake and air

transportation was by single engine Otter supplied by Green's

Airways of Red Lake.

General Property Description

Sachigo Property is 16 mining claims numbered KRL 510205

to KRL 510209 inclusive, and KRL 503358, to KRL 503368 inclu

sive, in Aljo Lake area, District of Kenora.

The topography of the area is low and flat overlain by

a moderate thickness {less than 50 feet) of glacial till and

recent lacustrine deposits. Glacial stria are generally south-

west.

Vegetation consists of black spruce, tamarack, and alders

in the swampy area and spruce, poplar and white birch in the

better drained areas closer to bedrock.

The lakes on the property are drained via Sherman Lake

and the Sachigo River system.

Geological Setting

The Sachigo River property is located in the Blackbear

River - Ellard Lake metavolcanic metasedimentary belt. The

belt was originally mapped by Meen in 1936 and again by Bennet

1967 as part of Operation Lingman Lake. The belt is 55 miles

long, approximately 3 1/2 miles wide and consists of mafic

p * * m 4*

-2-

metavolcanic rocks, 15% felsic metavolcanic rocks and 5 *

metasedimentary rock.

These rocks are disposed about a steeply dipping mono

cline or tight isoclinally folded synform.

Diamond Drilling

A total of 2000 feet of IAX diamond drilling was com

pleted on the Sachigo property between the dates of March

19th and April 9th, 1983. This footage represents six holes

drilled from five seperate setups.

The drilling contractor was W.G. Langley Ltd. of Brampton,

Ontario and was done under the supervision of R.P. Seyler, BSc.

Results

Hole SA-83-1 co-ordinates 14+OOE 6,OOS of the headframe.

Azimuth 020 0 Dip-50 0 was undertaken to test a VLF-EM anom

aly found during the 1980 survey by LAC MINERALS.

The hole intersected a quartz-feldspar porphyry intru

sive rock and mafic volcanic rock. Quartz carbonate veining

with minor sulphides (pyrite, chalcopyrite) occur in the

mafic volcanic rocks adjacent to quartz-feldspar porphyry.

The zones of veining were generally in the order of 3 to 4

inches wide.

Volcanic rocks are coarse and fine crystalline flows and

tuffaceous horizons predominately mafic in composition with

a minor rhyloitic tuff horizon l foot wide occuring near

the bottom of the hole.

No gold mineralization was encountered in this hole.

.. .3

-3-

The conductor source is unknown.

Holes SA-83-2 and SA-83-3 were drilled at co-ordinates

5+50 south, 3+60 east of the headframe azimuth 020 0 dips -45*

and -60 0 respectively.

Hole SA-83-2 at 145 feet encountered a biotite-carbon-

ate-rich sheared tuff. The drill bit lost water circulation

at this point and melted. On close examination of the bit

remains, copper and an unknown metal were found. The hole

was continued to 249.5 feet and then stopped. Hole SA-83-3

was then started and intersected a chalcopyrite-pyrrhotite-

rich sheared tuff at 159 to 161 feet.

A bedded tuff with minor quartz, pyrite and chalcopy

rite was also encountered in both holes and contains up

to .016 oz/ton of Au over l foot.

The apparent dip of the strata is 60 0 to the south.

Of interest is a re-examination of the geophysical sur

vey data of Flint Rock Mines circa 1961. A conductor was

found and a hole was planned in this area but was never under

taken.

Hole SA-83-4 was drilled to test for a western exten

sion of the orebody. Co-ordinates 1+50 south 7+00 west of

the head frame, azimuth 015, dip -45 0 .

This hole encountered bedded mafic and felsic tuffs,

and a chert bearing horizon. Pyrite, pyrrhotite, chalcopy

rite and minor galena occur along a fracture plane at the

bottom of the hole.

A 3 foot section of quartz stringers in a pyritic tuff

assayed 0.100 oz/ton gold.

* * * * *M

-4-

This hole also encountered major faulting and weath

ering and was abondoned due to caving from 80 to 101 feet.

Hole SA-83-5 co-ordinates 0+20 south, 7+00 west, azi

muth 015 0 cip -45 0 was undertaken to continue the northern

extension of hole SA-83-4. The hole was collared a few feet

south of the northshore of Foster Lake.

The top 28 feet was overburden and from 28 feet to 83

feet intensely weathered volcanic rock was encountered This

intense weathering is mentioned by Edwards, March 1944 pg. 141

and shall be discussed again in the Economic geology section

of this report.

Silicification and epidotization accompanied by dissemin

ated chalcopyrite, pyrrhotite were encountered in proximity

to a zone of quartz veins. The quartz veins are accompanied

by coarse pyrrhotite and chalcopyrite and are similar to the

quartz Edwards discribes as type 3 (March 1944, pg. 142).

In the same general area, flow tops in fine crystalline

volcanic rocks are silicified and accompanied by pyrite, pyr

rhotite and chalcopyrite. A minor pyrrhotite bearing iron

formation was encountered from 310 to 310.2 feet.


Hole SA-83-6 co-ordinates 2+60 south, 26+70 west azi

muth 360 0 , dip -45 0 was drilled to test the up ice direction

of a gold basal till anomaly and coincident VLF EM anomaly.

This hole encountered predominatly mafic flow, mafic

tuff and feldspar porphyry intrusive rock in the upper 350

feet. The lower portion of the hole intersected mainly inter

mediate tuff.

* * * * J

-5-

The conductor is probably sulphides encountered be

tween 284 and 390 feet.


Economic Geology

The economic geology of the Sachigo River Mine area is

discussed by Edwards 1944, and is summarized below;

Vein No. l occurs in a diorite plug on the southeast

side of Foster Lake and is composed of a sugar quartz vein

450 feet in length containing chalcopyrite and pyrite. The

vein averages 0.30 ounces per ton gold over 2.5 feet.

The number 2 "vein" produced all the gold mineral on

the property and was composed of narrow glassy quartz string

ers seperated by schist or fine grained chocolate coloured

dacite prophyry with blue quartz eyes. The zone was con

tained between a massive coarse grained flow in the foot

wall and a very fine grained hanging wall flow.

Three different types of quartz veining are mentioned;

1. Blue grey quartz veins where very fine gold occurs near the vein contacts and within fractures in the quartz.-assayed up to 25 ounces per ton.-quartz carried abundant, pyrite, pyrrhotite and chalco pyrite.

2. White quartz veins with fine gold near the vein contacts The quartz carried much pyrite, pyrrhotite and chalco pyrite.

3. Clear, friable glassy quartz veins. "Mineralization was scant to the point of total absence and was al most exclusively confined to the pyrite. Rare phases appeared having chalcopyrite and galena as the sul phide.... Gold distribution was as coarse flakes and chunks located almost exclusively on the contacts with the dacites". Assay values depended on the presence or absence of coarse gold.

. . . . 6

-6-

Edwards goes on to mention the controls on gold mineral

ization.

1. Dacites within the upper mine levels.

2. A local fold producing open space.

3. A older dyke of biotite diorite which made the "ore porphries" dip south below the sixth level?

He also mentions that the ore grade drops off signifi

cantly below the upper zone of weathering.

Edwards concluded that ore bodies of the number 2 vein

were deposited:

1. only when the dacite porphyry was present.

2. only when a suitable opening was present. This latter requirement being fulfilled by the local folding of the strata.

More recently Valliant (1980) concluded that the gold min

eralization is in part sedimentary and accumulated during a

haitus in volcanism. The schistose rock is a mixture of tuff

aceous material and chemically precipitated clay minerals.

Gold bearing conformable lenses are recrystallized chert

beds.

Meen 1937 did a limited amount of polished section work

in order to determine the genetic relationships of mineraliza

tion within vein number 2. His results are"... the order of

mineralization appears to be as follows: quartz and pyrite;

and a latter quartz, pyrrhotite, chalcopyrite and gold. The

last three seem to be contemporaneous and are probably the

same age as the later quartz."

Discussion and Interpretation

From examination of strata within the vicinity of the

mine area plus pulbished data (Meen, 1937; Edwards, 1944;

* * * * l

-7-

Valliant, 1980) it would appear that the gold mineraliza

tion is indeed contemporaneous with the deposition of the

volcanic and volcano-sedimentary strata and that is was re-

concentrated by intrusions, folding and weathering.

DDK's SA83-2,3,4, and 5 have an abundance of tuffs both

mafic and intermediate plus evidence of felsic components

having been re-crystallized to quartz-rich rock.

Hole SA83-4 contains a chert horizon, felsic tuffs and

trace galena.

A quartz vein similar to Edwards type 3 with pyrrhotite

and chalcopyrite is located in hole SA-83-5. Silica flooding

with accompanying pyrrhotite and chalcopyrite is also found

in this hole.

The weathering which Edward's disucsses in his paper

would appear to underlie the northwest arm of Foster Lake

coincident with a northwest-trending fault.

The origin of gold at the mine appears to be the result

of syngenetic volcanic processess and has been re-concentrated

due to later dacitic intrusions, folding and recent weather

ing.

A hypothetical sequence of events forming the deposit

would be:

1. The intrusion of the so-called dacite into the gold bearing tuffaceous and chert horizon with an accom panying re-crystallization of felsic units to quartz and re-concentration of gold.

2. Folding of the sequence accompanied by development of schists, fracturing of quartz and crystalliza tion of felsic units removed from the intrusive dacite. This would explain shearing observed in the dacite, gold filled fractures of quartz type l and the formation of so called quartz type 3.

. . . . o

-8-

3. Faulting and subsequent weathering within the ore body with a further re-concentration of gold.

The concentration of gold due to weathering processess

is quite common in the near surface gold deposits,

of Coolgardie, Australia and Ghana in the Gold Coast of

Africa.

The migration of silica and base metal bearing solutions

out of felsic units due to metamorphic processes may explain

the silica flooding found in hole SA-83-5.

The lack of ore bearing horizons to the immediate east,

west and bottom of the deposit would appear to be the result

of structural pinch out of the horizon.

Conclusions and Recommendations

1. No major gold intersections were encountered during this drilling project.

2. Gold mineralization outside 'the mine workings is encoun tered mainly in pyritic tuffs of an intermeidate to fel sic composition.

3. Should a diamond drill again be placed on this property one hole should be drilled from a setup located south of SA-83-4 and drilled at an azimuth 015 and a dip of 55 0 or 60 0 . Such a hole would hopefully be able to avoid the caving conditions encountered in hole SA-83-4.

* * * * 9

-9-

References

Bennet, G. et al

1969: Operation Lingman Lake; Ontario Report of Mines, MP. 27, pg. 30-33.

Edwards, E.G.

1944: Developing and operating a mine of the CanadianTundra; Canadian Mining Journal, March - pg. 135- 146, April - pg. 214-227, May - pg. 300-312, June - pg. 380-396, July - pg. 467-478.

Meen, V.B.

1937: Geology of the Sachigo River area; Ontario Depart ment of Mines, Vol. XLVI, part 4, 1937, pg. 32-59.

Valliant, R.

1980: Sachigo River Project, Report on Geology, Long Lac Mineral Exploration Ltd. Comapny Report, 5 pp.

R K HMIN,

RECEIVEDMUt 2 11983

LOCA1 ION

Az. 020

Zone of ALTtRATION --

Zone of ALTERATION JS-

Tuffaceous Zone - -'

V

m DU

O, E!.

f

cry

LEGEND:

Mafic volcanics, la-flows, Ib-pillowed flows, le- tuffs

Intermediate volconics, ?o- f lows , 2b - bedded tuffs

Felsic volcanics, 3a- flows,3b-tuffs

Biotite hornblende schists

Felsic intrusives, 5o-quartz feldspar porphyry, 5b - feldspar porphyry

Quartz vein

Overburden

Coarse

Fine

Crystalline H LAC MINERALS LTD.LPG

SACHIGO PROPERTY N.W. ONT.DATE

DRAWN B T 04/63 TRACED Br gm el

DRAWING No ' j

DIAMOND DRILL SECTION SA-83-1

O &D t \

SA-83-3 SA-83-2-60 C

LOCA1 ION

5460E 5 4 50 S

Az. 020'

W4. A.:0 ?.s7

l t G t N D :

f l l Mafic volcanics, lo-flows, l h - pillowed flows , le- 1 uf f s

f ? j Intermediate volcanics,?a- flows , 2p- bedded t uffs

f 3 "l Felsic volcanics, 3a - f lows, 3b-tuffs

[~ 4 l Biotite hornblende s chists

~5 l Felsic intrusives, 5a-quartz feldspar porphyry,

~ 5b - feldspar porphyry

Ouortz vein

OB Overburden

c Coarse

f Fine

cry Crystalline

LOG

LAC

SACHIGO

M INERALS

PROPERTY N.W

0^<AW^ B tTRACEO B! qrr.tn

D R AW IN G No

OAT f

04/es

LTD.

ONT.

DIAMOND DRILL SECTION SA-83- 2,3

K.

LOCATIONAZ. 015

L t G E N D :

j l J M of ic volcan ic s, lo-flows,

Ib-pillowed flows, le- tuffs

l ? Intermediate volcanics,?o- f lows , 2t- bedded tuffs

f 3 l Felsic volcan ics,3a-flows,3b- tuff s


Felsic intrusives, 5a-quortz feldspar porphyry, 5b - feldspar porphyry

Quartz vein

O. fi. Overburden

c Coarse

f Fine

cry Crystalline

LPG

DRAWN

SACHIGO

eiJ Bl gmti

MINERALS LTD.

PROPERTY N.W. ONT.DATE

04/83

1....... ......*.'.....'. .....No.......... .. .... ..........................l .. ... ,- ...-...—..- ... .. . ........ . ... . . . . .. . .


0 id (t.

SA-83-6-15 0

LOCATION

2 7 4 6 O W 24 60 S

Az. 360

o\o

LEGEND:

Mofic volcanics, lo-flows, Ib-pillowed flows, le- t uffs

Intermediate volcanics, 2o- flows , 26- bedded tuffs

Felsic volcanics, 3o - flows,3b-tuffs


Felsic intrusives, 5a-quortz feldspar porphyry, 5b - feldspar porphyry

6 ~~| Quartz vein

OB. Overburden

c Coarse

f Fine

cry Crystalline

LPG

DRAWN

TRACED

ORAWIN

SACHIGO

BY

8T g^tt

j

MINERALS LTD.

PROPERTY N.W.DATE

01/63

ONT.DIAMOND DRILL

SECTION SA-83-60 50 H

SA-83-5-4!, c

LOCATION

7400W 0+ZOS

Az 015

Zone ofIntense Weather ing and F oul ting

LEGEND:

Mafic volcanics, la-flows, Ib-pillowed flows, le- tuffs

Intermediate volcanics, 2a- flows , 2b- bedded tuffs

Felsic volcanics , 3a - flows, 3b- tuffs


Felsic intrusives, 5o-quortz feldspar porphyry, 5b - feldspar porphyry

Quartz vein

O Ei Overburden

c Coarse

f Fine

cry Crystalline H LAC MINERALS LTD.LRC

SACHIGO PROPERTY N.W. ONT.DATE

DRAWN BY 04/83

TRACED BV gmes

DRAWING No : j


o ' '"" l o l i.

]3 June 1983

STATEMENT OF QUALIFICATION

I, Reginald P. Seyler residing at:

RR #3St. AgathaOntario, Canada

am a Honours BSc. graduate of the University of Waterloo, 1978 and have been a practicing mineral exploration geologist since that time.

Signed: __,. W)t///^ J ' ^/x/

Reginald P. Sey]er

T ,AC146 Toror5HEE-

: MINERALS LTDFront St. W. rto, Ontfyio M5J 2L7r NO. i ,

^P CORE

METRES

-

-

-

i-

-

t- —

——

—

-

-

m--

r---

10LOGY

-

STRUCrUF ALTERATK

t

ERALIZATION

5

t

TO

-

-

-

-

-

-

-

-

PRO

DRILL HOLE GEOLOGIC,p-r RArHTrtO RTVER MINE PROPERTY Tvprncun,

LEGENDCY clay M molybdenite

AZ azurite EP epidote MG magnetite ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ Quartz GOUG gouge SILT siltstone CA calcite ICA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OV8 overburden CC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB ouartz-biotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

0

12'

36'

36.75

60'

TO

12'

36'

36.75

60'

DESCRIPTION

: LOGE D.D.H C? R. D. H. C P.D.H

HOLE LOCATION WITH RESPECT TO CLAIMS

CLAIM #510206

OVERBURDEN

MAFIC VOLCANIC - BASALT-interbedded flows and pillows (minor chlo'rite alteration at pillow selvages)

-foliation 70 0 to core axis-i

————————— with clear quartz at vein edges and whitequartz at centre Cno sulphide mineraliza tion with quartz; pyrite content approx imately 1?; predominant along core parting

-' QUARTZ PRORPHYRY DIKE— liaht grey — aphanitic matrix, quartz phe 1nocrysts approximately 3 mm. - light bluein colour

MAFIC VOLCANICS-interbedded flows and pillows-licjht grey to green; chlorite and epidotealteration; pillow selvages 65 0 to coreaxis

161.5' QUARTZ-FELDSPAR PORPHYRY DIKE

-light grey aphanitic matrix-quartz phenocrysts light blue - 5% oftotal volume

————————— minor- -quartz veins; — p©-. — cpy and b-3zone 2 1/2" wide

otitc

ESTIMATE•fcCP1*BO %M %Py

LOCATION 1 4^ OE

COLLAR:

ELEVATIC

LENGTH:

PURPOSE

JVTtTUDE

N: COLLAR

HOL PAC LOG

D DAT

EMU E No GEO T

6+OOS

500 RECOVERY

MBEFi SA-83-11

BY R- P

ne ^. SEYLER

MARCH 23, 1983 ___ .

AZIM

r)EPARTURE

nrvrrnM

iTo test' geophysical (EM-16

020 -50 0DIP

6 CORE SIZE) cone

IAXluctor

DATE: STARTED MARCH 19, 1983 END MARCH 23, 1983SAMPLE

NUMBER FROM j TO METRES

1

L

i

&-PV ! f

ASSAY•*Cu %CuO % Mo. AU gms mit

i

1

1 i

!1 i

ii\\

K S r..——...j.-.*^^~ t^^m^m^

1

i

S l!

'1k- - * * r

i^Wlt

7rfl•••M^B*

r^Jt 2 1 1383'0,10 - i

l

j l

LAC MINERALS LTD.146 Front St. W. Toronto, Ontario M5J 2L7

SHEET No. 1

DRILL HOLE GEOLOGIC LOGPRO IFf/T TYPFOFH01F D.D.H d RDM D P.D.H I~!

CA R "3-1HOLE NUMBER ort O J -L

PAGE No.

LOGGED BY

2R. P.

OF 6

SEYLERDATE

^P CORE

METRES

-

-

i-

-

b-

.

—

-

THOLOGY

-t

uiZSTRUCTUF ALTERATK

1

1<

2tu5

r

TO

-

-

i-

-

—

-

—

-

-

HOLE LOCATION WITH LEGEND RESPECT TO CLAIMS

CY day V molybdenite AZ azurite EP epidote VG magnetite

ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ Quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite HORN hornfels CB carbonate KP kspar SE serpentine PPBI biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PP8> biotite hornblende porphyry DYK dyke CI cuprite MC malachite St siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB quartz-biotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

61.5'

78'

94'

94.8'

123.3'

L23.5'

125.5

TO

78

94'

DESCRIPTION

MAFIC VOLCANICS

-licrht crrey to areen-epidote; chlorite alteration

QUARTZ-FELDSPAR PORPHYRY DIKE-light grey to brown-foliation varies between 80 0 to 90 0 tocore axis•Lclil&^cijL yllt;llOiJi.y S Ls ciy^iuxj-iucittily 10 %

——————— -quartz phonocrysts approximately S * —————— minor- hor"n1-)1 e*nrtf*

94.8' -quartz carbonate veinincr in mafic volcanic

123.2

123.5

125.5

1 127'

-strangely foliated - chlorite alteration-2 to 3!?; visible pyrite

MAFIC VOLCANIC FLOW

-light grey - green-foliation 80 0 to core axis

ALTERED MAFIC VOLCANIC TOFF-silicified and epidotized with minor Quartstringers

-2* pyrite

BROWN QUARTZ - FELDSPAR PORPHYRY DTKF.-feldspar S 5! of total volume-contact 90 0 to core axis

TUFFACEOUS ZONE-brown with minor blue-grey quartz (con 't

VISUAL ESTIMATE

*,CP

:z

)

*.BO *W •K,Py

LOCATIOf

COLLAR:

ELEVATIO

LENGTH:

PURPOSE

DATE: ST

\1 A7tM DIP

ATTTUDE DFPARTURF

M- rOLLAR BOTTOM

RECOVERY ")b CORE SIZE

&RTED .... .".. END . .

SAMPLENUMBER FROM TO VETRES

|

|

i

|

l

l ll

i

j

A

K

ASSAY*.Cu *,CuO

|

•X, Mo.

1

AU gms mrt

l

i

. |

|

i

|

J

't J*

"^ /"

lyte-^

i

l

l

LAC MINSRALS - LTD . PI R 1 1 11 46 Front St. W. " L/ 11 1 L LToronto, Ontario M5J 217

SHEET No. 1 PP.0 tFf-T

HOLE GEOLOGIC LOG ::™LOGGED BY

TYPFOFHOIF nnnH RDM D P.D.H H DATE

SA-83-1

3 ™ - 3 .R. P. SEYLER

\t

METRES

-

—

i-

9--

-----

\

CORE

THOLOQY STRUCTURE ALTERATION

\

EHALIZATION

5

r

TO

-

-

-

-

--

-

—


CY clay M molvbdenrte AZ azurite EP epidote MG magnetite

ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ Quartz GOUG gouge SILT siltstone GA calcite KA kaolin SA sausserile HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB Quartz-twotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

125.5'

127'

136.6'

134.6'

154'

170.25

171.8'

L77'

255'

270'

TO

127'

134.6'

154'

-m*r

170. 2f

'171. S

177'

255'

270'

275'

DESCRIPTION

(con ' tjstringers at 80 0 to core axis

-tourmaline, biotite, 2 * pyrite

FINELY CRYSTALLINE MAFIC VOLCANIC

-medium crystalline tuff with bedded quart:lenses and brown bedded tourmaline

-biotite

FINE TO MEDIUM CRYSTALLINE VOLCANIC FLOW

QUARTZ FELSPAR PORPHYRY DIKE-±QZ quartz— % white feldspar— t-jut-UL t z, v fjjLiiLj iiu j. o t j.o j . wnite cjua.rT;. with If3 *;?; tVisn 1?; fo^f" 1?*1 pyT"' ^^ ^'iTin' fr-ri'tured planes

' -coarse grained volcanic flow with horn-blend and garnet alteration

QUARTZ FELDSPAR PORPHYRY DIKE

COARSE CRYSTALLINE MAFIC VOLCANIC FLOW

FINE CRYSTALLINE MAFIC VOLCANIC FLOW


VibUAL ESTIMATE

*,CP

t

*BO %V %Pv

lOHATION A7IM HIP

COLLAR:

ELEVAT1C

LENGTH:

PURPOSE

DATE: ST

ATITUDE DFPARTURF

N: COLLAR .. ... __ . . ...BOTTOM

RECOVERY ?fe CORE SIZE

l^RTED END

SAMPLENUMBER

2539

2540

2541

2542

FROM

125'

134'

TO

127'METRES

2 ft

1

135.75' 1.1

j

170' 1171.5*1.5 ;j

182'1

183' !l ft.

/i^

ASSAY ^ ,%Cu %CuO

75 ft .

% Mo.

1

j

"

B t- m \

/J ,/^

f^.

(-1U U^,/

—

—

1

j

UUil

[

— 1

!

i

]

—

LAC '-'IIJERALS LTD.146 Front St. W. Toronto, Ontario M5J 2L7

SHEET No. 1 .

DRILL HOLE GEOLOGIC LOG HOLE NUMBER _ SA~83—l

PAGE No. ____l —-..^^^. .OFLOGGED BY R. P. SEYLER

PROJECT. JTYPEOFHOLE D.D.H D R.D.H. D P.D.H D DATE\ti METRES

—

-

r---—---

—

t

CORE

I0t— —1 R

RUCTURE TERATION

1

Z 0

H-1<CC

z 2

r

TO

i-

-

-


CY clay M molybdenite AZ azurite EP epidote MG magnetite

ARGL argillite VUDS mudstone B! biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserrte MORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PP^ biotite hornblende porphyry DYK dyke CI cuprite MC malachite S! siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB quartz-biotrte porphyry CL chlorite MO molybdenum X shattered rock

FROM

275'

282'

285'

294'

301.8'

343.25

344'

366.5'

367.5'

381'

383.5'

TO

282'

285'

294'

301.8'

343.2

' 344'

366.5'

367.5

381'

383.5

385'

DESCRIPTION

MAFIC VOLCANIC p FINELY CRYSTALLINE-with minor quartz-carbonate veinlets at

80 0 to core axis

FELDSPAR PORPHYRY DIKE-contact 80 0 to core axis

FINE CRYSTALLINE MAFIC FLOW

-coarsely crystalline mafic flow with flowbreccia (8" thick)

5' FINE CRYSTALLINE MAFIC VOLCANICS

-mafic tuff horizon with garnet and tourma line alteration

FINE CRYSTALLINE MAFIC VOLCANICS

1 -white quartz vein v;ith coarse grained py rite along fracture planes

-contact at 75 0 to core axis

FINELY CRYSTALLINE MAFIC FLOW

1 FINE CRYSTALLINE MAFIC TUFF


——— VISUAL ———ESTIMATE

•&CP *BO 1*M ^Py

LOCATION AZIM nip

COLLAR:

ELEVATIC

LENGTH:

LATITUDE DEPARTURE

M: COLLAR ROTTDM

RECOVERY % CORE SIZE

PURPOSE:

DATE: STARTED END

SAMPLENUMBER

2543

2544

FROM TO

i

METRES

i

1

343' 344' 1 f j

!

ij

381'

—————

i i

384' 3 ft

/)A/— r f r

ASSAY•*Cu *(,CuO

j

•X, Mo. AU OZ

l

/ton

1

1

11

o.ooilj

| |

^'^

|

j

j

^

|

1—

LAC MINSPALS LTD1 46 Front St. W. Toronto, Ontario M5J 2L7

SHEET No. 1 -

DRILL HOLE GEOLOGIC LOG HOLE NUMBER

PAGE No.

SA-83-:-OF .

LOGGED BY R . P . SEYLER

PROJFtrr .TYPE OF HOLE D.D.H D R. D. H. D P.O. H PI DATE

^P CORE

METRES

-

-

-

-

-

-

p-----

—--

-

THOLOGY

-t

U)Z

STRUCTUF ALTERATI

1

MINERALIZATION

r

TO

—

—

-

-

-


CY clay M molybdenite A2 azurite EC epidote MG magnetite

ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ Quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden GC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke CI cuprite VC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite VD mud seam TA talc PPQB quartz-biotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

385'

433.5'

436'

45^ '

453'

500'

TO

433.5'

436'

452'

45J '

500'

DESCRIPTION

—interbedded medium and fine volcanicflow


MAFIC VOLCANIC FLOW

RYHOT1TE TUFF

MAFIC FLOWS

END OF HOLE

VISUAL ESTIMATE

•&CP K.BO %V •*Py

LOCATION A7IM DIP

COLLAR:

ELEVATIC

LENGTH:

PURPOSE

DATE: ST

.ATITUDE DEPARTURE

N! COLLAR BOTTOM

RECOVERY "ii CORE SIZE

ARTED .... END

SAMPLENUMBER FROM TO METRES

|

i

j

|

|

//,4A /

ASSAY•X,Cu % CuO % Mo.

j

j

[

AU gms mtt

1

|

i

l

1

j

j

? /\^X^o

Sf-~^-s

•fc--.-. -~? ' ' l '

146 Front St. vf'.^' DRILL HOLE GEOLOGIC LOG ™EToronto, Ontario M5J 2L7

sH-srr NO. V PROJECT SAPHTrzn PTVRR MTKTF. PROPERTY TYPFOPH™

P CORE

METRES

——

-

-

t—

-

ADOIOHin | STRUCTUF ALTERATK

1

ERALIZATION

s

r

TO

LOG

E D.D.H K R.D.H. O P.D.H D DA!



ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone ,. BRXY breccia MYLN mylonite BL bleached G Y gypsum PY pyrite CLAIM # GREY grewacke RHYL rhyolite BO bornite HE hematite QZ quartz " — - ^ — GOUG gouge SILT siltstone CA calcite ICA kaolin SA sausserite 510207 HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden GC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB quartz-biotite porphyry CL chlorite MO molybdenum x shattered rock

FROM

0

19'

20.2'

21'

35'

40'

46'

51'

56 '

TO

19'

20.2

21'

35'

40'

46'

51'

56'

6 I '

DESCRIPTION

OVERBURDEN

FINELY CRYSTALLINE MAFIC FLOW

TTT OLJ "POD 13 1? TT f f T a

-quartz-carbonate infilling of clasts

COARSE-GRAINED MAFIC VOLCANIC FLOW

COARSE CRYSTALLINE MAFIC FLOW

-contact at 80 0 to core axis

COARSE GRAINED MAFIC FLOW

-with quartz vein at 44 to 44.5'-contact at 45 0 to core axis-no sulphides present

COARSE-GRAINED MAFIC VOLCANIC

FINE TO MADE-GRAINED MAFIC VOLCANIC

-contact to 70 0 to core axis-quartz carbonate stringers and veins (52.2to 54.3'), blue to white and accompaniedby 2— 3% pyrite

MED-CRYSTALLINE MAFIC FLOW

-minor pyrite on fracture faces-fractures at 45 0 to 25" to core axis

VISUALESTIMATE

•X.CP

5

*,BO •X.V *,Py

LOCATIOf

* SA R l -?1 ne yi

GEO BY P.P. SKVT.F.RF

^ 5+50S 3+60EC01 1 AR: LATITUDE

ELEVATIO

LENGTH:

PURPOSE

DATE: ST

N: COLLAR

9yJ9 5 RECOVERY

To test eastern

MARCH 27,iq*n

AZIM. 020 nip 45DEPARTURE

BOTTOM

0

extensionftRTED March 25

SAMPLENUMBER

2507

FROM TO METRES

f

j

L52.5 54.5 2 ft

M-* v y

/X ;

%

fc CORE SIZE -I AX ^— —— ~

of mine workincrsFNO March 26

ASSAY Aucu "fccuo "fcMo. bz/tor

i

!

1

^^M

; trace

"RE3J T7TK1 1

r* n f 1 1 v n f"*'t'i u ^ j- t v -:

A.M

^^^•M

^ /. .Xyfrfc-v.

'-"H b. 1 1QP'

^^jf.

s t

u-:

, LAC MINERALS LTD.146 Front St. W. Toronto, Ontario M5J 2L7

DRILL HOLE GEOLOGIC LOGPROJECT . -TYPEOFHOLE D.D.H D R.D.H. D P.D.H D

HOLE NUMBERPAGE No.LOGGED BYDATE

bA OJ-Z2R. P. SEYLER

-4 ——— - —

MARCH 27, 1983l

l

P CORE

( METRES

i-

—

-

-

-

-

-

-

—

-

*—

—

—

-

-

10i-t

ujZi STRUCTUf i ALTERATI

\

zg<

<cUlZ5

r

TO

-

-

-

-

-

—

—

—

-

-

—


A2 azurite EP epidote MG magnetite ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden GC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB ouartz-biotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

80'

82'

89.5'

90'

100.2'

114 '

TO

82'

89.5'

90'

100.2

114'

117'

DESCRIPTION


FINE-CRYSTALLINE MAFIC VOLCANIC-contact at 75 0 to core axis

MED-CRYSTALLINE QUARTZ-FELDSPAR PORPHYRY-dark brown with feldspar phenocrysts up to

3 mm. in length; quartz 1 1/2" white-hornblende ™in matrix, aligned "at "45" to

———————— core axis ————————————————————————————— pyrite p T e* 1. c; PTI t- alnnrr •Fra^'f'Xir'3 faC0 '-contact at 50 0 to core axis

ZONE OF ALTERATION rtSLJIED-CRYSTALLINE MAFICVOLCANIC

— strongly -f o "H 3 -f- o r? 3f- SO 0 -f-n r*nj-t* axiswith quartz carbonate strinaers parallelto foliation

-fine pyrite present along quartz edge

MEDIUM CRYSTAT.T.TNK MAFTP PT.nty-contact at 70 0 to core axis-grey

FINE TO MED-CRYSTALLINE MAFIC FLOW-light green due to chlorite and epidotealteration; bottom contact at 65 6 to coreB. A. X i

HIGHLY ALTERF.D MAFTT VOT.PANTP FLOW-quartz carbonate veininq present at 10 0 tocore axis

-heavy chloritization and foliationto COL e axis

at 30 0

VISUAL ESTIMATE

•X.CP ^BC %W •*,Py

LOCATION A7IIUI mn

COLLAR:

ELEVATIC

LENGTH:

PURPOSE

LATITUDE . . . r

N- COLLAR

)EPARTURE

RHTTnM

RECOVERY oife CORE SIZE

DATE: STARTED PND

SAMPLENUMBER

7^nfi

FROM TO METRES

1

RQ, ^ QQ ^ 1 f

i

1

ij

1 li j i

s*frlf l /

ASSAY All**Cu

j** f'' /',

s

*CuO *,Mo. 1 OZ/tOTl

1

trace

1l |

i

i ~ i

i

,/i,^T

11

. U,C MINERALS 146 Front St. W. Toronto, Ontario M5J 2L7

SHErr NO. 1'

LTD. DRILL HOLE GEOLOGIC LOG HOLE NUMBER gfl g3~2-^^-^^

PAGE No. _____3________OF 4

PROJECT .TYPEOFHOLE D.D.H D R.D.H. D P.O.H D

LOGGED BY

DATE ————SEYL:

•J/1ARCH 77, 1983-lP CORE

METRES

-

-

-

-

-

-

-

-

—

-

—

rr—-

i

iox-J

STRUCTUF ALTERATK

1

ERALIZAT10N

5

r

TO

-

--

-

-

-

-

-

--


AZ azurite EP epidote MG magnetite ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pv"te GREY grewacke RHYL rhyolite BO bornite HE hematite QZ quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB Quartz-biotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

117'

132.5

136'

142.5

144'

147.3

151'

166'

TO

132.5

136'

142.5

144'

147.3

151'

166'

182'

DESCRIPTION


CORE GRAINED MAFIC VOLCANIC FLOW WITH FLOWBRECCIA EVIDENT AT BOTTOM

FELDSPAR PORPHYRY DIKE-fine crystalline, brown-contacts at bO" to core axis

MED-CRYSTALLINE MAFIC VOLCANIC FLOWcontact at 50 0 to core axis

FINE CRYSTALLINE MAFIC VOLCANIC-pyritic quartz veinlets near upper contact

FINE CRYSTALLINE MAFIC VOLCANIC TUFF-narrow pyrrhotite filled fractures-strongly foliated at bottom with narrow

yUcii LZ— CcUL build tti Ve JLIlltiLla cillQ ItillStit*

COARSE GRAINED MAFIC VOLCANIC-carbonate 90 0 to core axis

PILLOW LAVA - FINE GRAINED-pillow selvages at 90 0 to core axis

INTERMEDIATE BANDED CRYSTAL TUFF-beds at BO" to core axis-felsic content decreases with" depth

vpinlets and disseminated pyrite±S2 j. j. .-^

VlbUAL ESTIMATE

SiCP^BO •fcM •fcPy

LOCATIO

COLLAR:

ELEVATIO

LENGTH:

PURPOSE

DATE: ST

M AZIM. nip

.ATITUDE C

N: COLLAR . . .

(EPARTURE

ROTTOM

RECOVERY ofe CORE SIZE

ARTED END

SAMPLENUMBER

250125022503

2508

2509251025110 f- T O

?S1~^25142515

FROM TO METRES

144145146

145146

1 f1 f

147. 3j 1.3

147. 3 ! 148.5 1 f1

169170[T71 —— 170.-L 1 Z.

174175

170 1 f171 1 fi . -172 1 T\JL 1 ^

174175

j. t

1 f1 f

176 | 1 f

ASSAY AU•X, Cu "X, Cu 0 *MO. bz/tori

[

1

t.

| |

|1 1 1 i

l

j

(trace

ft.

1

i ~*

1| - j

! ij [

- mM* *

t .L— *

t.t.

i

y7 /s

~

O.ooiQ 009

—

/^ j tjrace*^

1 46 Front St. W. Toronto, Ontario M5J 2L7

SHEET No. 1*

DRILL HOLE GEOLOGIC LOGPROJECT. JTYPEOFHOLE D.D.H D R.D.H. D P.D.H Q

HOLE NUMBER. PAGE No. —— LOGGED BY —DATE ^———

SA 83-2-OF

R. P. SEYLERMARCH 27, 1 983J

i

P CORE

METRES

-

—

-

-

-

-

r

—

---\r

THOLOGY

-J

UjZ

STRUCTUF ALTERATK

\

MINERALIZATION

^

TO

-

-

—

-

—

—

—

-

-

-

LEGENDCY clay V molybdenite

AZ azurite EP epidote VG magnetite ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia VYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ quart! GOUG gouge SILT siltstone CA calcite tCA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB quartz-biotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

182'

185'

196.5

219'

223'

232'

237'

249. 5 1

TO

185'

196.5

219'

223 '

232'

237'

249.5

DESCRIPTION


FINE CRYSTALLINE MAFIC TUFF

FINE CRYSTALLINE MAFIC VOLCANIC TUFF

INTERBEDDED PILLOW BASALT AND FLOWS

RF.DTTRn FFT.STP TO INTERMEDIATE TUFF-60" to core axis

FINE CRYSTALLINE MAFIC! FLOWS-minor quartz-carbonate gracture - filling

FINE GRAINED MAFIC CRYSTALLINE TUFF-upper contact 45 0 to core axis

MAFIC TO INTERMEDIATE, BEDDED TUFF-patches of brown carbonatization in places

END OF HOLE

—— visror —ESTIMATE

1S.CP %80 •X.M •*Pv

LOCATION A7IM. DIP

COLLAR:

ELEVATIC

LENGTH:

PURPOSE

LATITUDE DFPARTI IRF

N: COLLAR

RECOVERY

BOTTOM

•X, CORE SIZE

DATE: STARTED . ... END

SAMPLENUMBER

251626172518

FROM

176177180

TO

1 7 7178181

METRES

1 f

1 f

1 f

l

i

! j

j !

:j j

1 1

i

ASSAY A l1"*Cu

t". .

t.t.

•StCuO •fc Mo. oz/tom0.008|0.002U . U±b

|. |

| !

i l

j

j

i

1

/{^-f-^-jt—.

^/^ S

•^* -

11

li?

CCUJ

--i-

—

-L

r-----i-

-

i^s™LS LTD DRILL HOLE GEOLOGICito. On'ario M5J 2L7f 4o. -f PROJECT SACHIGO RIVER MINE PROPERTY TVPFOFUO,

2o1— —1

1

c

STHUCTUF ALTERATK

*

OR!

z o

z 5

TO

-

-

r-

-

; | f^ f* H01 i- \J V3 RAGLOG

E D.D.H K R.D.H. D P.D.H D DAT


CY clay M molybdenite AZ azurite EP epidote MG magnetite ARGL argillite MUDS mudstone Bl biotite GR graphite OX. oxide zone BRXY breccia VYLN mylonite BL bleached GY gypsum PY pyrite

GREY grewacke RHYL rhyolite BO bornite HE hematite QZ Quartz CLAIM tf GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite - HORN hornfels CB carbonate KF kspar SE serpentine 510207 PPBI biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke Ci cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB Quartz-biotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

0

16 '

23.5

54.2

82.75

115'

118'

TO

16'

23.5

54.2

82.7

115'

118'

119.5

DESCRIPTION

OVERBURDEN

BANDED TUFF-with chlorite hornblende and tourmaline al~teration

-some coarse pyrite visible on fracture planefoliation and bedding are parallel to 20 0 to**r Vu* JL. \^ t^t.^^ .J- kj

' COARSE CRYSTALLINE FLOW-with chloritic alteration at top and bottomcontacts—bottom contact 70 0 to core axis

3' INTERBEDDED MEDIUM CRYSTALLINE FLOWS-with 2 foot wide fine crystalline chill mar ginsdull green with minor mafic tuffaceous oeas

— gojflo tuff beds show -offsets at ricrht ancrlccto bedding

-quartz vein from 56 - 56.25' at 45 0 to coreaxis and heavily pyritized.

MEDIUM CRYSTALLINE VOLCANIC FLOW


BEDDED VOLCANIC TUFF COARSELY CRYSTALLINE-with 1-2*^ pyrite-bedded at 45" to core axis

————— -foliation parallel to bedding —— 2" wide QFP

VISUAL ESTIMATE

•(feCPkBO

S

•X.V %Py

LOCATIO

ENUMBEF E No.GEO BY 'E

M 5+50SCOLLAR: LATITUDE

ELEVATION: COLLAR

251 1 FNRTH- ^ RECOVERY

1 OF 2 .R. P. SEYT.RT?

AZIM. 020 0 DIP -60 0 ir•EPARTURE

BOTTOM

K CORF SI7F IAXPURPOSE-

DATE- STARTED MARCH 27, 1983

SAMPLENUMBER FROM TO METRES

j

]

1i

j

i !

i

2519 118 119.5

/. fi

1.5

^U/sX

END MARCH 29, 1983ASSAY Au

•X,Cu •X,CuO | *.Mo. bZ/tOlt

i

j

i

j

A4

ft.

j

i

i i

MS LAKE —-*^ r- J. p J. 1 ^^

t—t^ - . i i l V r: F) |{——— 7-t ————— i —— a^-i —— ——

JH^ Q -i 10(00 !t M.

^ — -- — —— . . — ,1 ~1

o.v. fM"1 "g'^^^^j

tracei

——

LAC MINERALS LTD. 143 Front St. W. Tord"to, Ontario M5J 2L7

SHEpr No. 1 " PROJECT .

DRILL HOLE GEOLOGIC LOGD.O.H D R.D.H. G P.D.H D

HOLE NUMBER.

PAGE No. __

LOGGED BY _

DATE ————

SA-83-3

SEY:L"EIT

J^ CORE

METRES

-

-

-

t—

—

-

-

-

r

1 it—

"l

1

STRUCTUF ALTERATI

'

ERALIZATION

S

-

TO

-



ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ Quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK. dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB quartz-biotrte porphyry CL chlorite MO molybdenum X shattered rock

FROM

119.5

131.5

159 '

161'

174 '

177'

182'

209.5

246'

249'

TO

131.

159'

161'

174'

177*

182'

209.5

246'

249' .

251'251'

DESCRIPTION

5' MEDIUM CRYSTALLINE MAFIC VOLCANIC FLOW

FINE CRYSTALLINE MAFIC VOLCANIC FLOW-with minor quartz carbonate stringers

BROWN HIGHLY ALTERED TUFF SCHIST—with C^Ucil-t/i CcHrbwiiatfci Vti-LIllti tii ci L 45 Lu

—————— core axis ——————————————————————————————— finfa gTonnd py and opy 253i of total volume*

COARSE CRYSTALLINE MAFIC FLOW-with minor tuff lenses—dark. gx.tJeil in uuluui.

JfJLNE CRYSTALLINE MAJr'lC VOLCANIC Jb'JbUW

INTERBEDDED COARSE FINE CRYSTALLINE MAFIC TUFF

BEDDED TUFF WITH 60?; MAFIC BEDS AND 40 % FELSIC B-bedding at approximately 45 0 to core axis-carbonate and chlorite alteration; py and podisseminated throughout

————— -minor crystals cpy associated with felsic — — bands

FINE CRYSTALLINE MAFIC VOLCANIC FLOWS-low contacts are carboriatized. and epidotized

BAND TUFF 80*1: MAFIC 2 0* FELSIC-chlorite alteration minor cpy 1*


END OF HOLE

VISUAL ESTIMATE

'&CP

EE

OfeBO

S

'*M •X,Py

LOCATION A7IM HIP

COLLAR:

ELEVATIC

LENGTH:

LATITUDE t

N: COLLAR

(EPARTURE

ROTTDM

RECOVERY -?

PURPOSE:

fe CORE SIZE

DATE: STARTED END

SAMPLENUMBER FROM ] TO

|

i

2520.2521.

2522252325242525

050*7257825292530

2532 "^5332534253525362537

159

METRES

160 i ft160 ! 161 1 ft

1

| |

j

|i

l^Q i 1 Ql 1 ft191 i 192 tf

192 193 l "193 194Iy4 195 "

1QC i 1Q7 ff

197 l 198198 i 199199200

202203205206

200-ztn: —— " —-26-2 — l — " ——

O 0320520620V

f'

ff

2 f1 f

/7 ,~fjjfy

ASSAY AU (%Cu %CuO

1

•s**,, pz/ton

1 1

—-

i

o.ooi !(trace—:U . U U Z

! j] j

-

t.t.

v-^

[trace~

K-

[trace

LTD.146 Front St. W. Toronto, Ontario M5J 2L7

SHEET No. 1

DRILL HOLE GEOLOGIC LOGPROJECT

SACHIGO RIVER MINE AREA.TYPE OF HOLE D.D.H D R.D.H. D P.D.H D

HOLE NUMBERPAGE No.LOGGED BYDATE

SA-83-41 OFR. P. SEYIAPRIL I .

1,ER1983

i

i

ftCO

5

—

-

-

-

t

THOLOGY | jC

• ..Z

STRUCTUF ALTERATI

1

MINERALIZATION j jj

r

TO

-

—

-

—

l-


AZ azurite EP epidote MG magnetite ARGL argillite VUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RMYL rhyolite BO bornite HE hematite OZ quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB quartz-biotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

0

4 '

42.5'

SI 7'

58.3'

65'

68'

94. b'

TO4'

42. b 1

51. 2

SR V

65'

68'

94.5

101'

DESCRIPTION


CLAIM # 510207

OVERBURDEN

FINE CRYSTALLINE MAFIC VOLCANIC FLOWS— L (JJ. J-d Lj-Uii 80 Lw i^GiTG aXj-S

BEDDED TUFF UNIT-thin interbeds of mafic and felsic unitsmafic constitutes 7 0* - of total volumeJC fei Is it; uiiJ-L 30% — G .C LwLdl Vululilt:

MAFTC r'RVSTAT.T.TN'K TTTFF

FELSIC CRYSTAL TUFF COARSELY CRYSTALLINE-strongly foliated at 60 D to core axis

58 .3 — 58 .9 — yu.ci.-L L*i Vej.ii wj-Lli IUJLIIUJ. py .—————— 6-4 — 6-5-1 — pyritio— tuff -bordering 3" quarts voin

TUFF PYRITIC MINOR QUARTZ VEINS-50 % recovery

BEDDED TUFF HIGHLY ALTERED (PRIMARY WEATHERING)-/2-b2* - 2 0* core recovery

-ftqt -q -|i .75^ C Ore recovery-91 '-94. 5' - 40% core recovery

FELSIC TUFF—with 40% iiiciiTj-c tj;uiiiyoiifc;iittj bfcjJ.ilj.ny

— py and galena on fracture facies; sulohide o

101 '-hole abandoned due to cave-in at SO'-lOl

VISUAL ESTIMATE

%CP

"e

in

i

•X,BC

5

-P

%M

It

^Py

1

.OCAT.ON 1+50S 7+OOW A7IM 015 ™0 45COLLAR: LATITUDE

ELEVATION: COLLAR

LENGTH:

r)EPARTURE

BOTTOM

RECOVERY "

PURPOSE- To test the western extenDATE: STARTm MARCH

IG CORE SIZE

s ion oIAX

f. ore body:30, 1983 PN1D MARCH 30, 1983

SAMPLENUMBER

2545^b4b2547

25562548

254925502537

2552

2555 ess t

FROM TO METRES

11 l i j

58b4

65

is

1

159bb68

1 f

1 1

3 f

|7262

878991

94.5yb.b

han^S'

8267

899194.5

10 f5 l

2 f2 f3.5

96.5] 2 f98 .b10 r-

s? A/f W

2 t— 2~r5-

f'•A/V^

ASSAY%Cu

b.t.~ *

L.t .L.

. v *

ft.

.

It.

•^

•X,CuO * Mo. &.U OZ, f t.on

i

i

jtrace0.001u.luu

i

tracetrace

—trace jtrace |

traceU.UOb0.002

LTD .146 Front St. W. Toronto, Ontario M5J 2L7SHEET NO. i

DRILL HOLE GEOLOGIC LOGPROJECT . .TYPE OF MOLE D.D.H D R.D.H. D P.O.H D

HOLE NUMBER SA~83~5 PAGE No. l————.^—.

LOGGED BY

DATE ____

R. P. SEYLERAPRIL 2 , 1983

.iflUJCC 01

----

L-

—

Pb

L

THOLOGY l 1

~J

STRUCTURE 1 l ALTERATION | p |

t.

ERALIZATION 2 j

STO

-

-

—

-

-

-

-

LEGENDCY clay M molybdenite AZ azurite EP epidote MG magnetite ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY gre wacke RHYL rhyolite BO bornite HE hematite QZ quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden CC chalcocite Li limonite Sh shear PPB> baotite hornblende porphyry DYK dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB quartz-biotite porphyry CL chlorite MO molybdenom X shattered rock

FROM

0

28'

89'

90.5'

95'

TO

28'

83'

90.5'

95'

97'

DESCRIPTION


CLAIM #510207

OVERBURDEN

EXTREME SURFACE WEATHERING OF VOLCANICS-most units undistinguishable fromother.

Sr INTRlone an-

-28 - 4 b. b' fine to medium crystalline voi-Cdii-L^ i iwws ———————— -foliation at 60 0 to core axis ————

-quartz vein 2" wide at 39.5'

45.5-50': fault gouge in fine crystalline vol canic t low

———— 50-64 . 5 ' i — coarse — crystalline mafic — tuffiron richfoliation at 45 0 to core axis

b4.5-by': coarse crystalline matic tuif———— 69-89 ' ; — medium crystalline mafic tuff —

fault goucre from 69-74'foliation approximately 75 0 toaxis

core

FELDSPAR PORPHYRY DIKE-contacts at 75 0 to core axis


COARSE CRYSTALLINE MAFIC TUFF-foliated at 60 0 to core axis-trace pyrite at lower contact

VISUAL ESTIMATE

KCP

S]

X, BO

VI

•K.M

]S

%Pv

LOCATIOt

COLLAR:

ELEVATIO

LENGTH:

PURPOSE

DATE: ST

M

ATTTUDE

M! C01 1 AR

410 RECOVERY 98?)

aRTTO APRIL 1, 1983SAMPLE

NUMBER FROM TO | METRES

1

1

|

1

i

il

i

/l t*' } } S

A2IM 015 DIP -45DEPARTURE

BOTTOM

•X, CORF SIZE IAX

FND APRTT. 4 r 19R^ASSAY

%Cu •*CuO % Mo.

RI

ftt

mm

ff^li.~7

1

V.iN/NG D.'VL

1Jf{{ ^ 1 1f.M. ^ ' f-' ' '*

! ?' y ' 10 'IM2' ] :

- otpo

— — - "

LAC MINERALS LTD.146 Front St. W. Toronto, Ontario M5J 2L7

SHEET No. 1

DRILL HOLE GEOLOGIC LOGPROJECT .TYPE OF HOLE D.O.H O R.D.H. D P.D.H D

HOLE NUMBER.

PAGE No. ——.

LOGGED BY —

DATE _m___

SA-83-5 ~2————TR. P. SEYEEE APRIL 2, 1983

*COUJo:t—UJ

-

—

------

--

--9---

----

—

—

THOLOGY | |

J

-

C

8sax

1

ERALIZATION J 33

5

r

TO

-

-

-

--

-

-

-

-

-

-

-


AZ azurite EP epidote MG magnetite ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ Quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PP8I biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB quartz-biotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

97'

11^'

116'

120.5

125'

142'

157'

247.5

7S1 '

TO

115'

116 '

120.5

1 125'

142'

157'

247.5

1 251'

299'

DESCRIPTION


QUARTZ FELDSPAR PORPHYRY DIKE-contacts at 75 0 to core axis-quartz vein with 1-2 % coarse pyrite at

CARBONACEOUS HORNBLENDE BInTITE SCHIST-1-2 % pyrite po.


BEDDED MAFIC TUFF-coarse crystalline— lll-LJUOJL. 1 fei d to fei is uL L^Udi Lz, OU..L IjUlld. Lfct d

———————— to core axis ———————————————————L 60" ——

COARSE CRYSTALLINE MAFIC FLOW-with fragments of lower unit incorporatedat lower contact

COARSE CRYSTALLINE MAFIC TUFF-with minor intermediate beds

A NUMBER OF MEDIUM - COARSE CRYSTALLINE VOLCAN Iwith minor quartz carbonate stringer at

————————— flow contacts ——————————————————————————— t-oriT-^r't-Q pypT^OTni n^-r-p"! y a-f- '•in 0 -Ho t-OTO 3 vi e'

FINE CRYSTALLINE INTERMEDIATE TUFF-with 2-3 % felsic fragments and less than

1?; fine pyrite

MV.nTTTM TO (-.O A R S F CRYSTAT.T.TN-R MAFTC VnT.rANTC FT.r

VlbUAL ESTIMATE

•X.CP

C

WE

*BO

F]

•&M

.01

%Py

fS

IOCATION AZIM nip

COLLAR:

ELEVATIC

LENGTH:

PURPOSE

DATE: ST

ATITUDE DEPARTURE

Nr mil AR BOTTOM

RECOVERY % CORE SI7F

ARTED END

SAMPLENUMBER

2557

2567

FROM

111

116

TO

112METRES

1 f

117 1 ft

i i

S? SJ/rv/ .

ASSAY*.Cu

t.

%CuO % Mo.

l

i

i

j

i

AU oz/jton—

-

i

1

tZ/k^

^,

L7*C MINERALS LTD. 146 Front St. W. Toronto, Ontario M5J 2L7SHEET No. 1

DRILL HOLE GEOLOGIC LOGPROJECT .TYPE OF HOLE D.D.H D R.D.H. D P.D.H D

HOLE NUMBER

PAGE No.

LOGGED BY

DATE

SA-BjJ-5

3 OF

R. P. SEYIAPRIL 2.

4,RR1983

mtf)UJ

fUJ

-

—

~----~

--

L

P—

—----

'-

THOLOGY | |

—j

-

-

C

...z

iECt- t— — * tfX

MINERALIZAriON | 3) |

r

TO

-

-

-

-

-

-

-

-

-

-


AZ azurite EP epidote VG magnetite ARGL argillite MUDS mudstone Bt biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ Quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PP8I biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PP^ biotite hornblende porphyry DYK dyke CI cuprite VC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB quartz-biotite porphyry CL chlorite MO morybdenum X shattered rock

FROM

299'

318'

328'

341'

349'

TO

318'

328'

341'

349'

356'

DESCRIPTION


FINE CRYSTALLINE MAFIC VOLCANICS FLOWS-silica flooding accompanied by pyriteand po .^j-lj.^-ct Cftiiifcji dlly illol t:ctijfc:i3 WiLll Utipt-ii

-flow ton" located at 01 0 5 ^15 ' ^i-)" ~ ~^7in'

-flow top have quartz veinlets approximate ly 10 1 po - 3-4 Z py and less thancopyrite .contacts at 70 to uojce axis

li chal-

COARSE CRYSTALLINE MAFIC VOLCANIC FLOW-with silica flooding and epidotization-numerous white quartz stringers with pyand po

———————— majority of stringers at 00 0 to core axis

COARSE CRYSTALLINE MAFIC TUFF-silicification and epidotization-numerous white quartz and quartzate veins

———————— tacts and fractures — in quartz vein

carbon-

**~{jYi

FINE CRYSTALLINE TUFF (mafic)-has highly silicified toward bottom withminor quartz filled fracturedlllJ-TlOi Olie! J-OO^y J- JL L. c cHi\-i V^v *

BEDDED TUFF-felsic units are approximately 801total volume

— bedding a. t 60 to t;oi:e axis

of

VISUAL ESTIMATE

%CP *BO %M *,Py

LOCATION A7IVI HIP

COLLAR:

ELEVATIO

LENGTH:

PURPOSE

DATE: ST

-ATITUDE r

N: COLLAR

)EPARTURE

BOTTOM

RECOVERY qb CORE SIZE

ARTED END

SAMPLENUMBER

25582559256025612 c c o

^^632564

25652566

FROM

302304

TO

304306

309.5: 311.5

METRES

2 ft2 f i2 f t

311.5, 313.4 z IT 313 51-31-5— 3 2 ft*J JU ™/ * — ' - t ^ * .J J*r J- k

3X5^5 31 fi 51 2 ft316.5 318.5 2 ft

334 336 2 ft336 337 1 ft

j

1

l i

|

A/i/

ASSAY•fcCu

W

*

*

*

% Cu O | •fc Mo. AU. OZ/—

—

ton

1

^

11 1 11

7 rt

j

j

i

j

—

0.001

il

S/o^

. LAC MINERALS LTD.146 Front St. W. Toronto, Ontario M5J 2L7

SHEET No. 1 PROJECT

DRILL HOLE GEOLOGIC—————— - -^^—————— — TYPE OF MOLE

LOGD.D.H D R.D.H. D

HOLE NUMBER

PAGE No.

LOGGED BY

P.D.H D DATE

SA-83-5*R. P. SEYLERAPRIL 2, 1983

4

t

*)euu

-------

—

---

[-

-

—

V oSoxJ—

C

UlZ

liIE t-

Z!

'

MINERALIZATION 1 9 1

J It

TO

—

-

-

-

-

--

—

-

-

-

HOLE LOCATION WITH LEGEND RESPECT TO CLAIMSCY clay V molybdenite

AZ azurite EP epidote MG magnetite ARGL argillite VUDS mudstone 81 biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ Quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke CI cuprite VC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB quartz-biotite porphyry CL chlorite MO . molybdenum X shattered rock

FROM

356'

393.5

404'

410'

TO

393.5

1 404'

410'

DESCRIPTION

' FINE CRYSTALLINE MAFIC FLOW-with minor quartz veins

BEDDED TUFF-beds at 70 0 to core axis-approximately JU* teisic beds

I11.3.X 1C lin 3. tZS i J. uGJCGCl t-^ liJC wIlL; JLtiriCl.

FINE CRYSTALLINE MAFIC FLOWS-fractured with white quartz stringers-minor fine py visible in silicified por tions of flow tops

END OF HOLE

VISUAL ESTIMATE

*,CP •*.BO •fcM kPy

LOCATIO

COLLAR:

ELEVATIO

LENGTH:

PURPOSE

DATE: ST

M A7IM. HIP

ATITUDE t

N:C:OIIAR

)EPARTURE

BOTTOM

RECOVERY -)*. CORE SIZE

iXRTED PND

SAMPLENUMBER

2568

FROM TO

394 395

METRES

1 ft

i i 1 1

i

1

i1 1

i ii i

———— '/) *'UL

ASSAY•^Cu

m

—— -F-

JM,f

%CuO *,Mo. AU OZ/

—

i [ j

1

j

j

i

j

j

j i

i |

i

-^———~

'iVu-

^ton

LTD.1 46 Frorft St. Toronto, Ontario ^

SHEET NO. t

DRILL HOLE GEOLOGIC LOG2L7

PROJECT. SACHIGO RIVER MINE..TYPE OF HOLE D .D.H L? R.D.H. D P.D.H D

HOLE NUMBER

PAGE No. -.

LOGGED BY

DATE ——-

SA-83-6IT

OFK.P. SEYLERT"APRIL :.6, 1983

|^P CORE

METRES

-

-

-

-

-

-

—

—

—

1

p

-

-

—

-

-

-

1-

~

STRUCTUf ALTERATK

1

fSg2: 5

'

TO

-

—

i-

—

-



ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BC bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ quartz CLAIM # GOUG gouge SILT siltstone C A calcite KA kaolin SA sausserite v-.j-mj.ii TT HORN hornfels CB carbonate KF kspar SE serpentine 510209 PPBI biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB Quartz-biotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

0

10'

43'

45'

51 '

52.5'

TO

10'

43'

45'

SI-

57 S

125.5

DESCRIPTION

OVERBURDEN

DIORITK-minor cruartz carbonate stringers in lower

10 feet accompanied by minor py.

FINE CRYSTALLINE MAFIC TUFF-foliated

iu i 1 1 w .L yuciitii veins and stringers less thart^J i^-Z *

— minoT lri o -f- i -f- p a ~\ •'•'^rati^ncontacts 50 0 to core axis

FELDSPAR PROPHYRY DIKE-with biotite hornblende alteration inlower 1 foot

' FINE CRYSTALLINE INTERMEDIATE TUFF-with quartz carbonate beds aceompsnip-dby intense tourmaline with minor py, po

' NARROW COARSE CRYSTALLINE MAFIC FLOW-with flow tops at:

57 — 57.2*fj7 c pro i

71 - 7?'85 - 85.5'92 - 92.3'103 - 103.5'

———————— 108 - 108.4' ——————————————————————————— ———————— 119.5 - 120.5' ——————————————————————————

VISUAL ESTIMATE

%CP %BO %M %PV

LOCATION 2+6 OS 27+60W a 71M O 0 00 nif, 4 5 0

COLLAR:

ELEVATIO

LENGTH:

-ATITODE r

N: COLLAR

)EPARTURE

ROTTniul

489 RFrovFRY 99?; *PURPOSE: To test EM anomaly and

fc CORE SIZE AIX

DATE:STARTED APRIL 6, 1983 FND APRIL 8, 1983

SAMPLENUMBER

2569

2570

FROM

43

51

TO

45

METRES

2 ft

52.5 1.5i ii

ii

/ij j

/(y

ASSAY%Cu %CuO

ft.

l

i

V /S

fc-7——v^K-

*. Mo. Au oz.

—

^ton

o.ooii

i

LAC MINERALS LTD.146 Front St. W. Toronto, Ontario -M5J 217

SHEET No. 1

DRILL HOLE GEOLOGIC LOG HOLE M1IMRFR S A 83 6

2______OF

PROJECT. .TYPE OF HOLE D.D.H D R.D.H. D P.D.H D

PAGE No. —

LOGGED BY

DATE ————

R. P. SEYLERAPRIL 6, 1983

iCOLUCCt—UJ

-L —

L — .

L ^

~-—

0-——--—i--—

LITHOLOGY

~

c

STRUCTUf AITERATK

i

MINERALIZATION 1 2

1 ™

TO--

----

--

----

-

----

-

—

-

-



ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxioe zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ Quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PPE^ biotite hornblende porphyry DYK dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB quartz-biotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

125.5

133'

134.5

139'

164'

165'

179'

209'

222'

TO

133'

134.5

' 139'

164 '

165'

179'

209'

222'

244 '

DESCRIPTION

OUARTZ FELDSPAR PORPHYRY DIKE-blue quartz eyes-aphanitic brown matrix

FINE CRYSTALLINE MAFIC FLOW-with narrow lenses of porphyry

QUARTZ FELDSPAR PORPHYRY DIKE-contact at JO" to core axis

COARSE TO MEDIUM CRYSTALLINE MAFIC VOLCANIC FLC

QUARTZ VEIN-with minor cpy and py at contacts— (juritcicts at 40 to core axis

MAFIC VOLCANIC rOARSI? rrrVSTAT.T.TTJTT-highly distorted foliation at approximate ly 20 0 to core axis

-quartz carbonate veining at approximate ly 20 to coire cixis

——————— - tourmaline and minor cpy po ————————————

MAFIC-coarse to medium crystalline tuff


MAJf±U FlliliOW LAVA•••-•--•-altered pillow sylvayes (quartz carbonate

wi -f-T-i TrciniTr- T-i\r /—r-nr jrv-i \TTj-^xx i.ij,ji^j. ^ , ^ Jt^.i~7 Tf-r /

-epidotized-selvages at 45 0 to core axis

VISUAL ESTIMATE

•X.CP1

ws

*BO %M •fcPy

LOCATION A7IM, DIP

COLLAR: LATITUDE .. c

ELEVATION: COLLAR

LENGTH:

PURPOSE

RF COVERY

)EPARTURE

BOTTOM

04 CORE SIZE

DATE: STARTED END

SAMPLENUMBER

2571

2^722573

257425752b Ib

FROM TO METRES

i

l

164

167

|

165 | 1 ft||

IK'7 i n i170.5! 171.5 1 ft

223224232

224225233.

1 f

ASSAY•fc Cu % Cu O "fe Mo.

!

.

ft

h

1 ft.

D l.Sl ft.. S) J? s**

j

\u oz/.

trace

rrar.t*6.002

j

x•Jfr-^

tr-ar-^0.001trace

ton

LTD. DRILL HOLE GEOLOGIC LOGToronto, Ontario, M5J

SHEET No. 1 PROJECT. JTYPEOFHOLE D.D.H Q R.D.H. D P.D.H D

HOLE NUMBER SA~ 8^ — 6

PAGE No. "3 OF

LOGGED BY R. P. SF.VT.F.T?

DATE APRTT. fi , 1 Qft

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LITHOLOGY |

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ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB quartz-biotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

244'

254'

266'

277'

277.

300'

301'

319.3

320'

TO

254'

266'

277'

277.

T' 300

301'

319.3

320'

347'

DESCRIPTION

FELDSPAR PORPHYRY DIKE-contact at 45 0 to core axis


MEDIUM CRYSTALLINE MAFIC VOLCANIC FLOW

5' FELDSPAR PORPHYRY INTRUSIVE

' MF.nTTTM CRVSTAT.T.TNF MAFTP VOT.PANTP FT.OWS

-with fracturing and weathering occuring at281 - 289.5'

-flow contacts at 40 0 to core axis

FELDSPAR PORPHYRY INTURSIVE-with quartz veining at upper contact quartz

—————— with py, po. ———————————————————————————

' MAFIC VOLCANIC FLOW-medium crystalline-foliation at 80 0 to core axis-flow tops at 40" to core axis—————— -Iluw Lop at 309.3 - 309.5' ————————————————

IPSC; than 2*

APHANITIC INSTRUSIVE DIKE-some composition as matrix o± feldspar por phyry Jj-kfeit,

MEDIUM CRYSTALLINE MAFIC TUFF-with 20?; felsic fragments

ESTIMATE•X.CP *BO •K.M ^Py

LOCATION A7IIU! nip

COLLAR: LATITUDE r

ELEVATION: COLLAR

LENGTH: RECOVERY

PURPOSE:

)EPARTURE

BOTTOM

ife CORE SIZE

DATE: STARTED END

SAMPLENUMBER

2577

2578

FROM

305

324.

TO METRES

i j

i

1

306

5 335.

f./l

1 f

3 0.8?. /S

f J-

ASSAY% Cu % Cu O "h Mo.

1

-

ft.

^^^Y^~

1

H-**"'

Au oz^ton

i i

-

i

1

,SL™LSLTD DRILL HOLE GEOLOGICtoronto, Ontarig M5J 2L7

SHEET No. 1 PROJECT TYPP OP HOI

mtoUJcct—UJ

-

-

-

-

-

l-

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K

LITHOLOGY [

C

STRUCTUr ALTERATK

t

ERALIZATION | ^

— :

TO

-

-

-

-

-

-

-

-

-

-

-

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-

-

-

-

-

—

•-

-

-

; | f\ f^ HOL LOGLOG

E D.D.H D R.D.H. D P.D.H D DAT


CY clay M molybdenite A2 azurite EP epidote MG magnetite

ARGL argillite MUDS mudstone Bl biotite GR graphite OX oxide zone BRXY breccia MYLN mylonite BL bleached GY gypsum PY pyrite GREY grewacke RHYL rhyolite BO bornite HE hematite QZ quartz GOUG gouge SILT siltstone CA calcite KA kaolin SA sausserite HORN hornfels CB carbonate KF kspar SE serpentine PPBI biotite porphyry OVB overburden CC chalcocite LI limonite Sh shear PPB> biotite hornblende porphyry DYK dyke CI cuprite MC malachite SI siliceous PPHO hornblende porphyry CP chalcopyrite MD mud seam TA talc PPQB quartz-biotite porphyry CL chlorite MO molybdenum X shattered rock

FROM

347'

350'

352.5

7 qq

357'

372'

374'

465.6

483'

TO

350'

352.5

1 355'

•*R7

372'

374'

446'

1 483'

489'

DESCRIPTION

(con't)-with felsic bed at 324.5 - 325.3'—bedding 80" to core axis


1 MEDIUM CRYSTALLINE MAFIC TUFF

WHITE COARSELY CRYSTALLINE QUARTZ VEIN-with coarse py, po, cpy along vein edges-vfcjj-ii dpp-Lux-LiudUily 20 Lw ^ic d^j-a

•pTTVr-R rT?V.c;TAT.T.TT\rR TTTFF

-less than 11 felsic fragments

COARSELY CRYSTALLINE INTERMEDIATE TUFFbottom of felsic; beds wj-tii tuuiiudlxnt; dlLtJi.

—————— at ion and minor sulphides py/ — p© ———————————minor biotite alteration

FELDSPAR PORPHYRY DIKE-contacts 40" to core axis

COARSELY CRYSTALLINE INTERMEDIATE TUFF— iiu* felsic fragments

lllJLIxO l. X 6 JL o X C jOtiGlS vv 1 u-i"! 21 C v- 0 111^0.1* y In y ^ j. **^t^

384 - 386'388 - 390' - at 80 0 to core axis438.5 - 440'

INTERMEDIATE CRYSTALLINE MAFIC VOLCANIC TUFF-quartz veining and alteration at 465.8-466.3

FELDSPAR PORPHYRY DIKE

VlbUAL ESTIMATE

%CP

1

'X.BO %M %PV

E NUMBEF

E No.

, SA-83-64 OP 4

GEO BY R. P. SEYERF APRIL 6, 1983

LOCATION Arilui nip

COLLAR:

ELEVATIO

LENGTH:

PURPOSE

DATE: ST

^VTITUDE r

N: COLLAR

JEPARTURE

BOTTOM

RECOVERY 9fe CORE SIZE

URTED END

SAMPLENUMBER

2579^8U

2586

FROM TO

1 l

352. 5| 354.354 JSD

METRES

1.51 ft

1

i

|

1

1

477.5 480.7 1.2/Jft:

ASSAY*Cu

ft.

%CuO %Mo.

t

j

ft.

/?//c/"

J

"^ /,

^L^-\

\u oz/

——

ton

Ministryof Report Natural of Wf)rk

Instructions

Ontafti

am^^H Postal Address of Recorded Holder

MR. C. WARREN HUNT

Supply required data on B separate form fo' each type of work to be recorded (see table below). For Geo-technical work use form no. 1362 "Report-J in,,.i. l i- —i^—: M i /l,,,,^k,,,;,.ol n.^^hor^i^i ,nr)

1119 SYDENHAM ROAD, S.W. CALGARY. ALBE sajnsweei? 13 ALJO LAKESummary of Work performance and Distribution of Credits

900

Total Work Days Cr. claimed2000

for Performance of the following work. (Check one only)

Q Manual Work

Qshaft Sinking Drifting or other Lateral Work.

[]] Compressed Air, other Power driven or mechanical equip.

L] Power Stripping

Q3 Diamond or other Core drilling

Q Land Survey

Mining ClaimPrefix

KRL

.V . -\ . -

MffVf;'" , feiS'K-"''t&Yfy . ' : ^Z-b .' ^^ -'^ ' "

Number

510205

510206

510207

510208

510209

503358

503359

503360

WorkDays Cr.

125

125

125

125

125

125

125

125

Mining ClaimPrefix

KRL

^f'S," ; '•'^•'•••' :

i.*': , ; " .

''SLW'-'" ..#,H..

Number

503361

503362

503363

503364

503365

503366

503367

503368

WorkDays Cr.

125

125

125

125

125

125

125

125

Mining ClaimPrefix

imjsp-

fe: :*.,f ; ,5 ' :.-V

NumberWork

Days Cr.

All the work was performed on Mining Claim(s): KRL 510206, 510207, 510209

Required Information eg: type of equipment, Names, Addresses, etc. (See Table Below)

DIAMOND DRILL CONTRACTOR:

LANGLEY DRILLING 49 JAYFIELD ROAD BRAMPTON, ONTARIO L6S 3G3

DRILLING DATES: MARCH 16, 1.983 - APRIL 8, 19^1^;'!^^^^^^

TOTAL FOOTAGE DRILLED - 2000 FEET f 11- ; A ..j, i C , 'icE:i:

JUL 291Q83R F 0 LAKE

rr;iNG DIV.r ' : ' 'R. !:JUL 2 i 1983

A.M.

R t! C; E 1 V E D

bDate of Report Recorded Holder or Agent (Signature)

Certification Verifying Report of Work1 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

REGINALD P. SEYLER, RR# l ST. AGATHA, ONTARIO NOB 2LODate Certified Certified (!SignajA|re)

Table of Information/Attachments Required by the Mining RecorderType of Work

Manual Work

Shaft Sinking, Drifting or other Lateral Work

Compressed air, other power driven or mechanical equip.

Power Stripping

Diamond or other core drilling

Land Survey

Specific information per type

Nil

Type of equipment

Type of equipment and amount expended. Note: Proof of actual cost must be submitted within 30 days of recording.

Signed core log showing; footage, diameter of core, number and angles of holes.

Name and address of Ontario land surveyer.

Other information (Common to 2 or more types)

Names and addresses of men who performed manual work /operated equipment, together with dates and hours of employment.

Names and addresses of owner or operator together with dates when drilling/strippingdone.

lSrtfn r-*-*-*~

Attachments

Work Sketch: these are required to show the location and extent of work in relation to the nearest claim post.

Work Sketch (as above) in duplicate

Nil

ree (ei fs) rif\ l*— ***^-^ ^^ *CJ

/'KRL

510209

K R L j

5102061

KRL KRLt—-1

6102071510206J. —.

5I0205|

|S03362| 50336 l (603360 |603359,50335B |

— — — L — — U — — 4-— — f- — — i— — — irKRL j KRL l KRL . KRL ( KRL . KRL j

1 5033Cel503367 '503366 I503363's03364 1503363'

2724' 23

LEVITT LAKE AREA M

5 l O 2 09

5 l O 207510208

510206

SA-83-2 G SA-83-3

503359K RL . KRL KRL KRL

5iOa09ISI020B '5I0307'5I0206' SI O 205

- + - -4-4LAC MINERALS LTD367,503366 5 03365 .503364 503 363 l

SACHIGO PROPERTY N.W. ONT.AREA OF ALJO LAKE CLAIM MAP DRILL HOLE LOCATIONS

SA-83-1-6 INCt.Scale: 1-inch -40 Chains

dd summary rpt 13 aljo l - ontario

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