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42M12SE0013 W9540.52 VEEKAY LAKE 010
HEMLO GOLD MINES INC.
REPORT ON 1994 DIAMOND DRILLING
RESERVE CREEK PROPERTY
NTS42M/12
WEST PRECAMBRIAN DISTRICT
PROJECT NO.: 576 THUNDER BAY, ONTARIO FEBRUARY 20, 1995
AL SMITH PROJECT GEOLOGIST
42M12SE0013 W9540.52 VEEKAY LAKE
TABLE OF CONTENTS
01OC
SUMMARY.......................................................
1.0 INTRODUCTION.............................................
2.0 LOCATION AND ACCESS ..............................
3.0 PROPERTY DESCRIPTION............................
4.0 PREVIOUS EXPLORATION............................
5.0 REGIONAL GEOLOGY ...................................
6.0 PROPERTY GEOLOGY..................................
7.0 DIAMOND DRILLING ...............................,.....
8.0 CONCLUSIONS AND RECOMMENDATIONS.
9.0 REFERENCES .............................................
3
4
4
4
5
6
6
7
9
9
LIST OF ATTACHMENTS
Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7
Property Location Map Claim Location Map Drill Hole Location Map Surface Plan and Longitudinal Drill Section 9025 E Drill Section 9120 E Drill Section 10500 E
Appendix l Appendix II Appendix III Appendix IV
LIST OF APPENDICES
Diamond Drill Logs Sample Descriptions Analytical Results List of Personnel
SUMMARY
The Reserve Creek property was staked by Noranda Exploration Company, Limited (now Noranda Mining and Exploration Inc.) in March, 1993 to cover a Au-bearing magnetite-sulphide showing hosted in mafic tuff. Previous shallow drill testing delineated two Au zones (A + B) which together host preliminary reserves of 360,000 tonnes grading 1.5 g/t Au to 85m depth. The zone has not been tested below 90m depth.
In August and September of 1993, a 24.5km control grid was cut by a local contractor. Preliminary mapping and magnetometer surveying were initiated in October, 1993, but were severely hampered due to an early snow fall. (See Preliminary Report - M.W. Leahey, 1993).
In January to February of 1994 magnetometer surveying was completed over the entire grid and IP surveying was completed over most of the central to western parts of the grid. The magnetometer surveying outlined a strong linear magnetic anomaly extending across the entire property and along which the A and B Au zones are located. IP surveying across the A zone outlined a strong high chargeability - low resistivity response and only one other anomaly of similar character was found on the grid (however it was previously drill tested). A number of weak chargeability anomalies with coincident Mag highs were detected some of which warrant further investigation.
A program of geological mapping was conducted in June 1994. Mapping and sampling served to document the host rock stratigraphy but was not useful in outlining additional mineralization or alteration due to the heavy overburden cover.
A 3-hole (522m) drill program was also completed in June 1994 to test the A zone at depth and an IP anomaly along strike to the east -northeast. Hole RC-94-1, drilled to test the Au-bearing horizon 50m below P82-4 (4.66 gW20.73m) intersected 19.5m of mineralized host. A 5.3m section of this returned 2.34 g/t Au including 4.75 g/t Au/2.0171. Hole RC-94-2, testing for an east plunge to the A Zone, intersected 25.8m of host magnetite tuff with 1-27o disseminated sulphides. Au values up to 2.19 g/t were returned. Hole RC-94-3 tested a coincident IP chargeability - magnetic high anomaly situated 1.4 km east of and along strike with the A-Zone. The hole intersected 22.9m of magnetite tuff with very patchy disseminated sulphides. No significant assays were returned.
Further work is recommended for both the known mineralized zones and for the extension of the linear magnetic anomaly onto the northern claim block. Additional drill testing of Zone A should be completed west of hole RC-94-1 (below 100m depth or 9900m elevation) where no previous drilling has been completed.
A program of magnetometer and IP surveying is recommended for the northern claim block on the linear magnetic anomaly extension to trace the prospective magnetite tuff horizon. A grid extending east from the current baseline should be cut and used for control.
1.0 INTRODUCTION
Noranda Exploration Company, Limited staked the Reserve Creek property in early 1993 for Hemlo Gold Mines Inc. The property forms one contiguous block adjoining the east boundary of the Fort Hope Indian Reservations # 64 between Mileage 3.5 and 5.5. Exploration work in 1993 comprised cutting a 24.5 km grid in August to September and preliminary mapping and prospecting in October.
The 1994 exploration program commenced in January and February with magnetometer and IP surveying. This was followed by geological mapping and diamond drilling in June 1994. The exploration target was Au hosted in sheared, altered mafic volcanic stratigraphy.
1994.This report documents the diamond drilling program which was completed between June 18-29,
2.0 LOCATION AND ACCESS
The property is located approximately 380 km north-northeast of Thunder Bay and is equal distant (approximately 170 km) from Pickle Lake, Armstrong, and Nakina (Figure 1). Access to the property may be gained by boat (or skidoo) from Fort Hope by travelling southeast on Eabamet Lake to Reserve Creek and following this creek northeast through Reserve Lake for a total distance of 14 km. Fort Hope is serviced by daily flights from Nakina and Thunder Bay.
Alternatively float or ski-equipped aircraft chartered from Nakina or Armstrong can land on Reserve Lake or on 2 small lakes along Reserve Creek to the west of the property.
3.0 PROPERTY DESCRIPTION
The Reserve Creek Property is recorded in the name of Hemlo Gold Miines Inc. The claim group consists of 11 unpatented claims comprising 126 units located on the Veekay Lake Mapsheet (Fig.2) l the Thunder Bay Mining District. A complete list of the claim data follows:
CLAIM NUMBERS
TB 1196461TB 1196462TB 1196463TB 1196464TB 1196465TB 1196466TB 11 96467TB 11 96532TB 1196533TB 1196534TB 1 1 96535
UNITS
1512
7161692
12g
1216
REGISTERED OWNER
Hemlo Gold Mines Inc.Hemlo Gold Mines Inc.Hemlo Gold Mines Inc.Hemlo Gold Mines Inc.Hemlo Gold Mines Inc.Hemlo Gold Mines Inc.Hemlo Gold Mines Inc.Hemlo Gold Mines Inc.Hemlo Gold Mines Inc.Hemlo Gold Mines Inc.Hemlo Gold Mines Inc.
DUE DATE
02/26/9502/26/9502/26/9502/26/9502/26/9502/26/9502/26/9503/10/9503/10/9503/10/9503/10/95
RESERVE CREEK PROPERTY
PROPERTY LOCATION MAP
GIF
FO
RD
L
AK
E
G-2
55
FO
RT
H
OP
E
IND
IAN
RE
SE
RV
E l
ilO 6
4
CLA
IM
LOC
ATI
ON
M
AP J
4.0 PREVIOUS EXPLORATION
Previous exploration work on the Reserve Creek property has been reported as early as the fall of 1940 when the original showing now known as the A zone was discovered. The following chronological list summarizes all the significant recorded exploration work completed on this property.
1940: J.D. Williamson, prospector, discovered gold in Zone A, the Williamson Zone, for Dome Mines Limited.
1941: Dome Mines Limited performed prospecting on Zones A, B and C. Hugh Muir discovered Zone D, the Muir Zone.
1942: Dome Mines Limited drilled nine holes on the D tungsten Zone and on hole on the A Zone. E. Bachman, prospector, discovered the Bachman Zone.
1943: Twenty holes were drilled on the Bachman Zone by Dome Mines.
1945: Dome Mines Limited drilled 24 holes on Zones A, B and C.
1961: Lun Echo Gold Mines Limited drilled 12 holes on the A and C Zones.
1970: P.C. Thurston and M.W. Carter summarized exploration work performed on the Indian Reserve southwest from the present Goldpost claims to and beyond Reserve Creek.
1981: Pricemore Resources Inc. acquired the claims covering the known prospects and staked 97 additional claims to the east. Prospecting and geophysical surveys were carried out that year.
1982: Pricemore Resources Inc. Drilled 26 holes with nineteen holes drilled on the Williamson Zone and its eastern extension, with five holes on the Muir Zone and with two holes drilled to test magnetic anomalies north of the Muir Zone.
1983: Geddes Resources limited had MPH Consulting Limited carry out induced polarization surveying on the thirteen claims covering the southwest portion of the property including all known prospects. MPH also carried out a geochemical survey testing the humus for gold and tungsten.
1985: Claims staked at the eastern end were allowed to lapse. Geddes Resources Limited assigned its interest to Goldpost Resources Inc. in June.
1986: Seventy-six claims staked to the east in February-March. All claims held by Goldpost Resources.
1988: H.E. Neal and ASSOC. Supervised a 4454 drill program for Goldpost Resources Inc. A total of 15 holes were completed, 11 holes tested Zones A and B while 4 holes probed geophysical anomalies.
1992: 34 claims allowed to lapse.
5.0 REGIONAL GEOLOGY
The Reserve Creek property is located in the Miminiska-Fort Hope Greenstone Belt which comprises the eastern end of the Uchi subprovince. The greenstone belt is approximately 9 km wide in the area of the property and comprises an easterly trending metavolcanic-metasedimentary sequence. The majority of volcanic rocks are submarine mafic to intermediate flows and tuffs which strike from 065C to OSO0 and dip steeply NW (-60 to -850). Felsic flows and pyroclastic rocks as well as sedimentary units are very limited in this portion of the belt. Regional metamorphism ranges from upper greenschist to lower amphibolite.
The stratigraphy youngs to the north as indicated by pillow top orientations. No evidence of major folds or faults occur in the Fort Hope portion of the Miminiska-Fort Hope belt. Shear zones are generally parallel to sub-parallel to the regional stratigraphy. A linear granitic intrusion measuring 19 km x 0.8 km cores the greenstone belt with small diorite and diabase intrusions occurring locally. The Reserve Creek gold showings are situated on the north side of the granitic intrusion.
6.0 PROPERTY GEOLOGY
Outcrop exposure within the grid area is generally poor ^ 307o exposure), with much of the outcrop being restricted to small ridges. The property is underlain by predominantly mafic volcanics which strike between 609 - 80s and dip between 71 s - 81 s northwest. Younging directions as indicated from pillowed flows are to the northwest. Mafic volcanic units include pillowed to massive flows, mafic to intermediate tuff, and minor pillow breccia and lapilli tuff.
Texturally.the rocks are generally massive to foliated and fine to medium grained, with minor schistose intervals. Alteration is weak to moderate and consists of amphibole, chlorite, and biotite development. Local shearing and quartz and carbonate veining co-incides with the Au mineralized areas.
A small interval of felsic volcanics was found in the extreme southwest corner of the grid. Rock types include crystal tuff and quartz-feldspar porphyry. The latter is weakly foliated and highly siliceous, with 2-507o quartz eyes. Sericitic alteration occurs along fracture surfaces.
A narrow (15-25m) diabase dike intrudes the western part of the property and strikes in a northwesterly direction. The diabase is fine to medium grained and massive. A granite plug intrudes into the volcanic stratigraphy in the south central part of the grid. The unit is massive, coarse-grained, and lacks alteration or sulphide mineralization.
Mineralization
A magnetite-rich mafic tuff horizon with limited surface exposure hosts the Au mineralization (A and B Zones) of the Reserve Creek Showing. Au mineralization is associated with a pyrrhotite and pyrite-bearing portion of the magnetite tuff horizon, which is cross-cut by steeply north-dipping shearing and quartz and carbonate stringers. The A and B Zones have been traced for approximately 300m in strike length by previous drilling (see Fig.4), and have been tested to depths of only 90m.
The A Zone has been exposed on surface in a number of shallow trenches. Extensive rusty staining and shearing obscure the exposure, however, iron carbonate, silicification, and quartz veining are evident and appear to be the alteration associated with Au mineralization. Pyrrhotite, pyrite and magnetite are present in stringers and as disseminated grains.
5.0 DIAMOND DRILLING
A 3-hole 522m drill program was completed by Northwest Geophysics Ltd. of Thunder Bay in June 1994. Drilling was completed with a JKS-300 drill utilizing a wireline system which extracted BDBGM-size drill core. The drill equipment was mobilized from Thunder Bay to Nakina by truck, and then to Fort Hope by fixed wing aircraft owned by Nakina Outpost Camps. Mobilization from Fort Hope to the Reserve Creek property and drill moves between holes were completed with a Bell 206B helicopter contracted from Midwest Helicopters of Winnipeg, Manitoba.
Drill hole co-ordinates were obtained using the control metric grid which was cut in September of 1993 by VYTYL Exploration Services Ltd. of Thunder Bay (Fig. 3). This grid contains a baseline 10,DOON which extends from 8840E to 15675E. Picket lines were turned off the baseline at 200m spacings using even intervals from 9000E to 10000E and odd number intervals between 10100E to 12500E. Drill sections (Figs. 5-7) have been plotted with reference to this grid system, with the surface elevation given a designation of 10,000.
Drill core was logged, split, and stored at the temporary drill camp constructed on the property. Core samples were transported by boat and helicopter to Fort Hope, and then flown south to Thunder Bay via. Bearskin Airlines. Accurassay Laboratories of Thunder Bay analyzed a total of 73 samples for Au using standard fire assay - AA techniques. Assay results are reported in Appendix III, and sample description sheets are given in Appendix II..
TABLE 1 - DRILL HOLE SUMMARY
HOLE NO.
RC-94-1
RC-94-2
RC-94-3
EASTING
9025E
9120E
10500E
NORTHING
10099N
10101 .4N
1001 ON
AZIMUTH/ DIP
158s 1 -64e
158V-669
1589 7-609
SIGNIFICANT RESULTS
2.36 g/t Au 1 5.3m including 4.75 g/t Au / 2.0m
0.51 6 g/t Au /7.3m including 2.19 g/t Au 1 1.0m
No significant assays
The overall goal of the 3-hole program was to test the depth and strike extent of gold mineralization hosted in by magnetite-pyrrhotite-bearing mafic tuff. Drill holes RC-94-1 and 2 tested the A zone mineralization between 40 to 60m below previous drill intercepts, while hole RC-94-3 tested the eastern strike extent of a laterally continuous magnetic high coincident with the magnetite tuff unit. A description of drill targets and results for each hole are given below.
DDH RC-94-1
Hole RC-94-1 was deigned to test the A Zone mineralization at the 9870m elevation (130m below surface), approximately 60m below a previous high grade Au intercept (4.56 g/t Au 1 20.73m in hole P82-4). The A Zone comprises a steeply north dipping pyrrhotite and pyrite bearing magnetite tuff horizon with previous drill intersections up to 5.97 g/t Au 1 14.9m.
Hole RC-94-1 intersected the target horizon at the 9890m elevation, with disseminated to stringer pyrrhotite and pyrite encountered over a 13.2m interval. The host magnetite tuff unit was cored for a 19.5m thickness, and generally contained S-4% quartz and calcite veinlets. Moderate chloritic alteration and strong silicification characterized the host magnetite tuff. Assay results of 2.36 g/t Au /
5.3m (including 4.75 g/t Au 1 2.0m) were returned from the mineralized horizon. Hanging wall lithologies included foliated mafic volcanic and tuff. Footwall to the mineralization, foliated mafic volcanics, intermediate tuff, and mafic intrusives (hornblende diorite) were intersected.
DDH RC-94-2
Hole RC-94-2 was collared to test for a potential east plunge to the A Zone mineralization, with the planned intersection depth being 9860m elevation. The hole intersected the target horizon at the 9840m elevation, where approximately 25.8m of host magnetite tuff was encountered. Sulphide mineralization was much weaker than the previous hole, comprising 2-307o pyrrhotite and pyrite as disseminated grains and 0.5 cm wispy aggregates. Alteration and quartz-carbonate veining were also much less abundant.
Anomalous Au values were returned for most of the magnetite tuff horizon, with the most significant value located near the base of the unit at 197.6m depth. Here, a 1 .Om carbonatized and weakly silicified interval with 5-707o pyrrhotite and pyrite returned 2.19g7t Au within a broader zone with 0.516 g/t Au 1 7.3m.
A second interval of anomalous Au mineralization was detected in the hanging wall mafic volcanic stratigraphy, approximately 93.4 m above the magnetite tuff horizon. A banded tuff horizon with extensive quartz and calcite veining returned values up to 1.36 g/t Au 1 0.5m, with Au occuring both in pyrite and pyrrhotite-bearing quartz veins and in chloritized and carbonatized wall rock. Carbonatized mafic volcanics with only traces of sulphides occur footwall to the magnetite tuff horizon.
DDH RC-94-3
Hole RC-94-3 tested an IP/chargeability anomaly co-incident with a linear magnetic high anomaly approximately 1.4 km east of the A zone. The hole was designed to intersect the anomaly at approximately the 9925m elevation.The drill hole intersected the magnetite tuff horizon at the 9922m elevation. The sulphide content was very low (1 -207o combined pyrite and pyrrhotite) compared with the first two holes, and only traces of alteration and rare quartz-carbonate veins were present. No significant Au mineralization was returned from this hole.
The footwall and hanging wall stratigraphy encountered in this hole was similar to that intersected in the first two holes, with the exception that a medium-grained gabbroic unit representing either a sill or a coarser flow was observed in the hanging wall in RC-94-3.
LITHOGEOCHEMISTRY
A total of 19 samples were selected from the drill core and sent to Chemex Labs of Thunder Bay for classical whole rock analyses. The purpose of this was to document the lithogeochemical signature of the host magnetite tuff and to determine if it can be used as a targeting tool for Au mineralization elsewhere on the property. Lithosample (whole rock) descriptions and analytical results are given in Appendicies II and III, respectively.
Lithogeochemical enrichments and depletions in the magnetite tuff unit relative to the enclosing stratigraphy are apparent. Samples of magnetite tuff (RC-94-1 -114.1, RC-94-2-201.8, and RC-94-3- 97.0, Appendix III) display elevated TiO2 and Fe2O3 as a result of the elevated magnetite (Ti-bearing) content. Trace element enrichments (relative to the enclosing mafic stratigraphy ) include Ba and Zr, with elevated Zn resulting from the higher sulphide content. Elemental depletions within the magnetite tuff are less obvious, and include MgO, CaO and AI2O3 . These depletions do not appear to be as significant in sample RC94-2-201.8.
6.0 CONCLUSIONS AND RECOMMENDATIONS
The 3-hole drill program successfully tested all targets at close to the proposed intersection depths.
Hole RC-94-1 establishing the downdip continuity of the A Zone mineralization below the 9920m elevation, but it appears that the grade and thickness of the zone are substantially lower than those encountered approximately 40m above.
Hole RC-94-2 intersected the host magnetite tuff horizon 95m east of RC-94-1, but sulphide mineralization and alteration were very limited, and the low grade and narrow interval of Au encountered rule out the possibility of an east plunge to the zone.
Hole RC-94-3 cut weak disseminated sulphide mineralization within the host magnetite tuff horizon approximately 1.4 km east of the A zone, explaining the weak IP chargeability anomaly. The hole confirmed the continuity of the host unit along the linear magnetic anomaly extending east-northeast from the A Zone.
Furthur work is recommended to test the A Zone and to screen the prospective linear magnetic anomaly along it's east-northeast strike extent for additional targets. The A Zone should be drill tested west of RC-94-1 (at approximately 8975E) to determine if the Au mineralization has a west plunge. This could also help determine if there is any connection at depth between the A and B Zones. Deeper drilling of the B Zone (below 9930m elevation) could also be completed.
Grid cutting along with detailed magnetometer surveying (50 to 100m line spacing) and IP surveying should be completed along the east-northeast strike extent of the linear magnetic anomaly to furthur investigate this prospective horizon for Au-bearing zones. Detailed magnetic data is essential for geological correlation due to the lack of outcrop. IP surveying can be used to search for the characteristic high chargeability - low resistivity signature which accompanies Au mineralization in the A zone.
9.0 REFERENCES
Homer, C.1989: Report on the 1988 Diamond Drill Program on the Reserve Creek Property of Goldpost Resources Inc., Reserve Creek, Fort Hope, Ontario. MNDM Assessment Files - Thunder Bay, Ont.
Irbe, J.G.1961: Geological Report On Reserve Creek Property, Ft. Hope Area, Ontario. MNDM Assessment Files - Thunder Bay, Ont.
Jones, D. and Siriaus, J.M.1983: Report on Induced Polarization Survey, Reserve Creek Project, Fort Hope, Ontario. MNDM Assessment Files - Thunder Bay, Ont.
Kidd, R.1981: Report on Geophysical Surveys, Pricemore Resources Inc., Reserve Creek, Fort Hope, Ontario. MNDM Assessment Files - Thunder Bay, Ont.
Leahey, M.1993: Preliminary Report on the Geophysics and Geology of the Reserve Creek Property. Internal Noranda Report.
Respectfully submitted,
HEMLO GOLD MINES INC.
Thunder Bay, Ontario February 20, 1995
Al Smith Project Geologist
10
APPENDIX l
DIAMOND DRILL LOGS
NORANJDA EXPLORATION CO.
LTD
PROPERTY: RESERVE CREEK
HOLE No.: RC-94-1
Collar Eastings:
9025.00
Collar Northings:
10099.00
Collar Elevation:
10000.00
Grid: NOREX
DRILL TYPE JKS 300
DIAMOND DRILL LOG
Collar Inclination: -64.00
Grid Bearing: 180.00
Final Depth:
165.00 metres
HOLE DRILLED BY NORTHWEST GEOPHYSICS
CORE STORED AT CAMP
STARTED-JUNE 21.1994
COMPLETED-JUBE J
Logged by :
AS AL SMITH
Date: 06/06/94
Down-hole Survey: ACID
CORE SIZE BDBGM
DRILLED ON-TB 1196463
FROM
0.0
10.7
TO
10.7
17.4
17.4
40.3
LITHOLOGICAL DESCRIPTION
(Casing)
(Chl
orit
e-Am
phib
ole
Schi
st/m
od c
hl an
d calc/^% py,
po)
- da
rk g
rey/
gree
n, fi
ne to
med
ium grained; ba
nded
ap
pear
ance
wi
th alternating chl-amph ri
ch band and
cal
c-ri
ch ba
nds,
4-
5**;
fo
liat
ion
para
llel
calc stringers/veinlets fr
om 2
-5 r
am wid
e.- we
ak to
mod
chl
an
d calc al
tera
tion
throughout.
- <l%
py,
po a
s di
ss.
grains in
chl
-amp
h sc
hist
in
terv
als.
- weak magnetism,
<l%
fine grained, diss m
agne
tite
.10
.7
14.6
chl-amph sc
hist
wit
h 30-40% pr
isma
tic
amph
ibol
elo
call
y 1-2*6 di
ss p
y, po;
foliation/banding
9 20
degrees
toc.a.
11.8 -
3 cm qtz
-cal
c-ep
id veinlet
at 20
degrees
to c
.a.
14.3
14.5
epid
and
calc
veined in
terv
al wi
th S-5% p
o, py
.14.6
17.4
massive ma
fic
volc
anic
wit
h minor
banded/
foliated in
terv
als,
1-
2& calc ve
inle
ts.
(Fol
iate
d Ma
fic Vo
lcan
ic/n
od c
alc,
wk chl
/tr
py,
po)
- light
grey
-gre
en,
fine
grained,
well foliated to
locally
band
ed.
- similar
to unit ab
ove
howe
ver,
lower am
phib
ole co
nten
t an
d finer
banding/foliation; wi
th I
D-15% calc v
einlets
and
stringers
para
llel
to f
olia
tion
.-
foli
atio
n defined
by wisps calc
and
chlo
rite
-ric
h stringers.
- lo
cal we
ak mag
neti
sm due
to
dis
s. po
.- mod
matr
ix c
alcite a
lter
atio
n wk to
stro
ng c
hlorite.
17.4
17.5
gradational
cont
act marked b
y bleached b
ands
, ca
lc st
ring
ers,
at 2
0 de
gree
s to
c.a
.17
.5
19.7
5*3; 2-
4 mn black amp
hibo
le grains with
????
subparallel
orie
ntat
ion of lo
ng a
xis.
18.6
18.8
chl,
to
urm-
bear
ing qtz
vein @
40 de
gree
s to
c.a.
20.9
21.8
sheared, mo
d broken vug
gy in
terv
al;
shea
ring
at
25 de
gree
s to
c.a
.; st
rong
chl
and ca
lc alteration.
23.1
23.3
25-30% ca
lc-e
pid
vein
ing
at 25
de
gree
s to c
.a.
23.7
- qtz-calc veinlet at
40
degrees
to c.a.
25.0
25.8
brok
en,
vugg
co
re;
chl-
calc
sc
hist
.27.35
28.1
wk
ly bleached vuggy
interval,
patchy l-2
so po,
py-
27.7
-
foli
atio
n at 35
de
gree
s to
c.a.
FROM
11.30
14.30
TO
12.3
014
.50
ASSAYS
WIDTH
AU OPT
AU G/T
1.00
0.20
TRACE
TRACE
TRACE
TRACE
18.60
27.30
37.50
39.90
18.90
28.10
37.9
040
.30
0.30
0.80
0.40
0.40
TRACE
TRACE
TRACE
TRACE
TRACE
TRACE
TRACE
0.014
IDLP:
EX
PL
OR
AT
IO
N
CO
. L
TD
.
DIA
MO
ND
D
RIL
L
LO
GP
RO
PE
RT
Y:
RE
SE
RV
E
CR
EE
K
HO
LE
N
o.:
R
C-9
4-1
Pa
ge
FRO
MT
O
40
.35
1.0
51.0
99.0
29.1
53
0.5
33
.3sc
his
t.3
4.8
LIT
HO
LO
GIC
AL
D
ESC
RIP
TIO
N
29.6
br
oken
/vug
gy c
ore
.31.2
35
*^ c
alc
an
d ep
id v
ein
ing
.34
.4
e-10
%
2-4
mn
bla
ck a
mph
ibol
e la
ths,
ch
l-am
ph
-
35.3
S-
5% b
lack
am
phib
ole
lath
s.
FROM
TO
ASSAYS
WIDTH
AU OPT
AU G/T
36.0
- foliation/banding
@ 25 de
gree
s to c.
a.37.5
37.0
ma
fic
lapi
lli
tuff interval wi
th S-
6% 1.
0-1.
5cm
maf
ic fragments; X-
2% diss
py,
po.
39.2 -
fine b
anding a
t 42 deg
rees
to
c.a.
, magnetite
fracture
coatings.
39.9
40.3
20!*
; ca
lc-q
tz st
ring
ers
with
1-2!*; p
o, py
.
(Foliated
Inte
rmed
iate
Tuf
f/st
r ca
lc,
mod chl/^% p
y, po
)-
light grey-green v
ery
fine
ly b
ande
d/fo
liat
ed w
ith me
dium
grained
amphibole
rich in
terv
als.
- contains nu
mero
us 1-
3 mn b
roke
n fe
ld crystals in a
highly
carb
onat
ized
and
mod
erat
ely ch
lori
tic ma
trix
.- wispy
banding/foliation defined
by al
tern
atin
g bands of
green
chlo
riti
c ma
teri
al and
grey
-whi
te cal
cite
-ric
h ma
teri
al.
- contains <l
% 1-
3 mm blu
e qu
artz
ey
es,
locally
up to S-5%.
- gr
adat
iona
l contact with un
it a
bove
.
50.6
051.00
0.40
0.001
0.040
40 41.2
43.3
44.0
46.9
47.0
49.1
549
.25
49.9
foli
atio
n at
40
de
gree
s to
c.a.
42.6
S-
5% b
lack amphi
bole
laths
from 1
-3 m
m.43
.4
silicified in
terv
al w
ith qtz-calc-po
stri
nger
s.44
.2
lQ-15% qtz-calc
veining a
t 40
degrees
to c
.a.
foli
atio
n at
40
de
gree
s to
c.a.
47.6
S-5%
2-3 mn chl
orit
e-am
phib
ole
fragments.
49.2
5 2 cm qtz-calc
stringer w
ith py a
ggregates.
50.0
3% acc
icul
ar 3-
5 mm amphibole cry
stal
s.51.0
well banded with
30%
fine grained amp
hibo
le in
bands
at 45
de
gree
s to c.
a.
50.6
51
.0
20!*; qtz-calc ve
inin
g with X-
2% p
y, po.
(Foliated Mafic
Volcanic/mod c
alc,
chlAl.%
py,
po)
- same a
s interval 17.4-40.3.
- li
ght
grey
-gre
en fi
ne grained, well foliated to ba
nded
.-
2-Vi. foliation
parallel calc st
ring
ers
from
2-5
mm
wide
.- weak lo
cal
magnetism.
- gradational
contact wi
th tuff marked
by cal
c-qt
z ve
ined
inte
rval
.51.3 - fo
liat
ion/
band
ing
@ 42-4
5 degrees
to c
.a.
52.3 -
l cm
calc
veinlet
at 40 degrees
to c.a
.; 2-
3% po
, py
.53.0
53.05
qtz-
calc
epid v
ein
@ 40 d
egre
es to c
.a.
53.9
54.4
bleached,
wkly
silicified,
carbonatized
inte
rval
.
59.60
67.10
92.70
60.20
68.3
093.70
0.60
1.20
1.00
TRAC
E TRACE
TRACE
TRACE
TRACE
TRACE
l f li
.R
N.-.
NO
RA
ND
7\
ID X
Pr.O
RA
T I
ON
C
O.
JL
,TD
-
DT
AM
ON
D
DR
ILL
L
OG
P
RO
PE
RT
Y:
RE
SE
RV
E
CR
EE
K
HO
LE
N
o.:
R
C-9
4-1
P
ag
e
ASS
AY
S FR
OM
TO
L
ITH
OL
OG
ICA
L
DE
SCR
IPT
ION
FR
OM
T
O
WID
TH
AU
O
PT
AU
G
/T
55.7
-
ban
din
g/c
alc
vei
nin
g a
t 46
deg
rees
to
c.a
.55.8
57
.4
ble
ached
, w
kly
alt
ere
d.
57.4
57
.7
5*5;
2-4
mn
airp
hib
ole
gra
ins,
m
inor
py,
po
.59.6
59
.8
3(^
qtz
-calc
v
ein
lets
in
am
phib
ole
rich
inte
rval.
59.8
60.1
quartz ve
in a
t 45 d
egrees to
c.a
., S-4% c
oarse
pyrrhotite.
62.8
63.1
blea
ched
, ch
lori
tize
d interval.
62.55
62.7
qtz
vein at
40 d
egrees to
c.a.
62.7
63.5
30
% 0.5
to 2.
0m qtz veins
at 25 d
egrees to c
.a.
str
chlo
rite
.67
.1
68.3
whit
e qtz
vein
at
50 degrees
to c
.a.,
minor
poan
d cpy.
62.0
62.4
ca
lc-q
tz v
ein
at 45 degrees
to c
.a.
73.7
74.2
strong c
hl alteration.
75.0 - wispy
calc stringers define f
olia
tion
at
40 de
gree
s to
c.a.
75.0
77.9
light
green
stro
ng cal
c and
chl
alte
rati
on.
82.1
- brecciated cal
c-qt
z vein
let
at 20 d
egrees to c.a.
81.6
86.6
massive
interval wi
th irregular ca
lc-q
tzst
ring
ers.
86.6
89.5
stro
ng ch
l-ca
lc alteration, fo
liat
ion
25de
gree
s to
c.a.
87.9 -
2 on
qtz vein with
chal
copy
rite
and
po.
92.7
95.4
blea
ched
, br
ecci
ated
interval wi
th 20*;
irregular
calc st
ring
ers,
mino
r po
, py
.
99.0
108.35
(Foliated
Intermediate Tuf
f/mo
d chl, bio/tr p
y, po
) 100.40
101.40
1.00
TRACE
TRACE
- li
ght
grey
, gr
een,
fi
ne grained, well foliated.
- sp
otte
d ap
pear
ance
due
to
1-2
irm bl
ack amphibole gr
ains
and
bi
otit
e ag
greg
ates
comprising
B-10
% of ro
ck.
- st
rong
matrix
chl
and ca
lc a
lteration.
- 4-5% cal
c and
calc qtz s
trin
gers
.99.8 - fo
liat
ion
at 45-55
degr
ees
to c
.a.
100.4
100.
45
brecciated qtz
-cal
c tourm
vein.
102.
0 10
4.6
massive
interval.
104.
6 10
4.95
mafic
amph
ibol
e rich b
and
at 50 d
egrees to c.a
.10
5.1
108.
35
well fo
liat
ed s
potted interval wi
th S-10%
l-3n
tnar
rphi
bole
gra
ins.
108.
35
113.
2 (Foliated Ma
fic
Volc
anic
/nod
chl,
wk cal
c/tr
py,
po
)-
same a
s interval 51.0-99.0.
109.
6 - wispy biotite bands, 0.
5 cm,
at 25
degrees to c.
a.
110.
8 112.4
well
foliated with wispy bi
ot and
anphibole
aggregates, 4-
506
biot
ite.
H('H
,r
N. i
: Rr
-14
F'.
X P
LO
R A
T I
ON
DIA
MO
ND
D
RIL
L
LO
G
O O .
PROPERTY: RESERVE CREEK
HOLE No.: RC-94-1
LTD .
Page
4
FROM
TO
113.2
132.
7
LITHOLOGICAL DESCRIPTION
112.
0 -
foliation at
36 degrees to
c.
a.112.4
112.45
qtz vein at 40 degrees to
c.a
.grai
ned
po,
cpy.
1-23
; co
arse
(Magnetite Tuff/wk to
mo
d cb
l, ca
lc,
strong sil/5% po,
py)
- dark green, fi
ne gr
aine
d, with med
ium gr
aine
d magnetite.
- weak to moderate
foliation.
- composed o
f fine chlorite,
feld
spar
, amphibole, calcite
and
quar
tz.
- matrix alteration,
includes wk
to m
od chlorite,
and
local
silicification.
- sp
otte
d ap
pear
ance
due to presence o
f 1-
2 mn ro
unde
d ma
gnet
ite
comp
risi
ng 2-
3% of
rock;
as disseminated gr
ains
or
co
ncen
trat
ed in
fo
liat
ion
para
llel
ba
nds.
- 2-3% quartz
veining, <l
% calcite
vein
ing.
113.2
- sharp contact
at 32
degrees
to c
.a.
113.3
- l cm amp
hibo
le-m
agne
tite
bands.
113.8
114.0
15%
0.5 cm qtz
veins, X-2% st
ring
er p
y, po
in
host
rock.
116.6
116.8
cpy.
116.8
117.1
vein
ed/s
ilic
ifie
d with S-7% po,
minor py an
d
117.
1118.0
foliated wit
h 1-2^ po,
py.
silicified,
qtz
veined zone with
S-10
% stringer
po,
py,
minor
cpy.
118.0
120.0
2-3!
*; fo
liat
ion
para
llel
1-
2 nm po, py
aggregates.
120.
0 120.9
well foliated,
diss p
o, py
.120.9
121.8
silicified,
foli
ated
interval,
S-5% fo
liat
ion
para
llel
po
, py
stringers.
121.8
122.75
well
foliated magnetic
tuff
with
2-3!
*, diss
to st
ring
er,
py,
po,
<l% qt
z eyes
.122.75
123.3
silicified zo
ne with
S-8% st
ring
er to agg
rega
te
py,
po,
prismatic, pi
nk,
mine
ral,
he
m fspar?,
at base of
in
terv
al.
123.3
126.2
fol.
magnetic tu
ff with mod
silicification and
banding; S-4% stringer to ag
greg
ate
po,
py.
124.3
- 3 cm p
o, py ri
ch band at
42
degrees
to c
.a.
124.65 - coarse stringer p
o, py
with
calcite
veining.
126.2
127.
2 in
tens
ely
sili
cifi
ed with
2-3,
\ bl
ue qtz
eyes,
S-8% st
ring
er p
o, py.
127.2
127.
5 qu
artz
vein at 40
de
gree
s to c
.a.;
2-35*; py,
po
minor
cpy.
127.2
128.
8 silicified,
banded
, wj
th 3-5?
s di
ssem
inat
ed po;
minor
sulp
hide
stringers.
120.
8 13
2.7
sili
cifi
ed,
fol
@ 40
de
grct
s to c
.a.,
] -1
\ po.
FROM
TO
ASSAYS
WIDTH
AU OPT
AU G/T
116.60
116.80
117.10
118.00
119.00
120.00
120.90
121.80
122.75
123.30
124.
30124.75
125.70
126.20
127.
20127.50
128.00
128.80
116.80
117.10
118.
0011
9.00
120.00
120.90
121.80
122.
7512
3.30
124.
30124.
7512
5.70
126.
20127.20
127.
50128.00
128.80
129.80
0.20
0.30
0.90
1.00
1.00
0.90
0.90
0.95
0.55
1.00
0.45
0.95
0.50
1.00
0.30
0.50
0.80
1.00
0.003
0.002
0.035
0.004
TRACE
0.004
0.02
30.
006
0.345
0.049
0.085
0.041
0.045
0.00
8TRACE
0.020
0.033
0.00
9
0.107
0.066
1.215
0.144
0.016
0.135
0.805
0.219
11.841
1.669
2.914
1.40
41.543
0.258
0.03
10.
702
1.13
60.
321
iloi.r r
*-.:
EX
PL
OR
AT
IO
N
C! O
-
LT
D.
DIA
MO
ND
D
RIL
L
LO
G
PR
OP
ER
TY
: R
ES
ER
VE
C
RE
EK
H
OL
E
No
.:
RC
-94-1
P
ag
e
5
ASS
AY
S FR
OM
TO
L
ITH
OL
OG
ICA
L
DE
SCR
IPT
ION
FR
OM
TO
W
IDTH
A
U
OPT
A
U G
/T
py-
132.7
151.
6 (Foliated Mafic Volcanic/nod c
hl/c
alcA
l^fe
py,
po,
tr c
py)
- same aa in
terv
al 51
.0-9
9.0
however, slightly higher su
lphi
de
content.
- gr
adat
iona
l contact
with mag
neti
c tuff ab
ove,
132.0-132.7,
mark
ed by
dis
appe
aran
ce of 1-
2 mn
mt
clots
and de
crea
sing
s ilic if ic
atio
n.132.7
134.0
blea
ched
, br
ecciated,
weakly silicified
interval wi
th 4-5% qtz v
eining,
<l%
po,
py,
cpy.
135.0
- foliation
at 40 de
gree
s to c.a
.136.6
- 2 cm calc-po,
py v
einlet @
43 de
gree
s to c
.a.
137.5
138.
8 ma
ssiv
e with min
or c
alc
veining.
138.8
139.
6 sh
eare
d, altered, wi
th py-
bear
ing
calc-chl
stringers.
139.6
140.
3 spotted
with
S-8% amphibole laths; 1-2*
diss
emin
ated
py, po
, foliation
at 25 d
egre
es t
o c.
a.140.8
141.
1 ch
l-ca
lc ve
in a
t 15
de
gree
s to c.a
.;
1-2*!; py
,po
.14
1.2
141.4
blea
ched
, silicified interval, 1-^ p
o, py.
142.
4 - ca
lc vei
ning
/fol
iati
on a
t 35
degrees t
o c.
a.14
2.5
142.7
5*5, 2-4
rim hb
cry
stal
s.142.7
146.9
blea
ched
, weakly silicified in
terv
al wi
th 1-
2**
frac
ture
con
trol
led
py,
po stringers, aggregates.
144.3
144.6
2-3%
py, po;
folded c
alci
te stringers
in ope
n"z
" fo
ld,
fold a
xis
90 degrees to c
.a.
146.
9 147.0
qtz-
calc
ve
ins
alte
rnat
ing wi
th chl
orit
e bands
at 40 degrees
to c
.a.
151.5
151.6
qtz-
calc
ve
inin
g at 35 d
egre
es to c.a
.
151.
6 16
0.5
(Intermediate
Tuff
, BQ
E/mo
d ca
lc, chlAlA p
y, po
) 15
5.00
155.
40
0.40
0.060
2.066
- nod
grey-green,
well
fo
liat
ed,
fine to med
iim
grained.
155.
40
156.
40
1.00
0.004
0.153
- 2-
3*5;
1-3 mn
dk
blue qtz
eyes
throughout.
156.
40
158.
30
1.90
0.001
0.360
- gr
adat
iona
l co
ntac
t with a
bove unit m
arked
by app
eara
nce
of
blue
quartz
eyes
, chloritic
fine grained
wispy
fragments.
- weak t
o no
dera
te uni
form
magnetism.
- co
mpos
ed o
f fine g
rained,
chlo
rite
, ca
lcit
e qtz
and
biotite.
151.6
153.0
mod
well fo
liat
ed a
t 40 d
egrees to c
.a.,
1-2 mm
BQE
rare
.15
3.0
155.
0 w
ell
foli
ate
d w
ith
2-
3ife
2-4
mn
blu
e quar
tz
eyes
15
5.0
15
7.2
sil
icif
ied in
terv
al
wit
h w
ispy
bio
t,
chl
and
qtz
bands,
2-
5% su
lph
ides
thro
ughout
as
str
ing
ers
to
dis
sem
inate
d gra
ins.
155.0
, 1
55
.2
0.5
to
0.1
cn
\ po,
py str
ing
ers
at
40 degre
es
to
f:. a
. ;
subpa
ra l
l el
Ix.-d
d i i
iq.
IK U
,i:
M ,:
in
'--'i
.] l
EX
PL
OR
AT
IO
N
CO
.
DIA
MO
ND
D
RIL
L
LO
G
LTD .
PROPERTY: RESERVE CREEK
HOLE No.: RC-94-1
Page
6
FROM
TO
LITHOIOGICAL DESCRIPTION
157.2
160.
5 no
d carbonatized an
d fo
liat
ed 6
50 d
egre
es to
c.
a., 1-^ q
tz veins
and
stringers.
160.
5 16
5.0
(Hornblende Diorite/wk chlAU disa
po)
- da
rk g
reen
, black
spotted, medium to co
arse
grained.
- composed o
f S-
8% 5-
8 mn
hb crystals an
d medium to
fine
gr
aine
d pyroxene and
plagioclase.
- weak alteration
of py
roxe
ne to o
rali
te,
chlo
rite
.-
<l%
calc st
ring
ers.
- ge
nera
lly
mass
ive,
wi
th ophitic-p???? ho
rnbl
ende
and
pyroxene
- 160.5
- contact
mark
ed by
O.lm section of
calc an
d ch
l ve
ins
at 55
degrees
to c.a
.
165.
0 EN
D OF HOLE
FROM
TO
ASSAYS
WIDTH
AU OPT
AU G/T
DOWN-HOLE SURVEY DATA
DEPTH
INCLINATION
BEARING
15.00
-60.80
60.00
-59.80
141.
00
-57.
10
165.00
-56.
80
HOT.H: w
-,:
Rc-1
4-1
PROPERTY: RESERVE CREEK
HOLE No
.: RC-94-2
Collar Eastings:
9120.00
Collar Northings:
10101.40
Collar Elevation:
10000.00
Grid: NOREX
DRILL TYPE JKS 300
E X P H..OFI AT I ON CO- LTD
DIAMOND DRILL LOG
Collar Inclination: -66.00
Grid Be
arin
g: 180.00
Final
Depth:
210.00 metres
HOLE DRILLED BY
NORTHWEST GEOPHYSICS
CORE STORED AT RESERVE CREEK CAMP
20.9
49.2
ST
AR
TE
D-J
UN
E 2
5,19
94
DR
ILL
ED
ON
-TB
119
6463
Lo
gg
ed
by:
AS
AL
SM
ITH
D
ate
: 2
5/0
6/9
4
Dow
n-h
ole
S
urv
ey:
AC
ID
CO
RE
SIZ
E
BDBG
M
CO
MP
LE
TE
D-J
UN
E 2
7,19
94
FROM
0.0
6.3
TO
6.3
20.9
(Cas
ing)
(Fol
iate
d
LITH
OLOG
ICAL
DES
CRIP
TION
Mafic
Volc
anic
, ch
l-ar
oph ac
hist
/wk chl/tr p
y, po
)
——————————————————————————————————————— ——— —— ,..
ASSAYS
li
FROM
TO
WIDTH
Au g/t
Au opt
- grey-green,
well
fo
liat
ed,
fine
grained t
o medium grained,
locally medium grained to
coarse
grained ch
lori
te-a
mphi
bole
schist intervals.
- consists of
feldspar p
yrox
ene, am
phib
ole
and
chlo
rite
in
wel
l foliated rock.
- chlorite amp
hibo
le schist in
terv
als
are
spotted, with 0
,5-
1.0 cm amp
hibo
le por
phyr
obla
sts co
mpri
sing
20-30% o
f rock.
- uniform ch
lori
t-an
phib
ole
alte
rati
on t
hroughout.
6.5
- fo
liat
ion
at 35
degrees t
o c.
a.9.
0 9.
3 bleached,
wkly s
ilic
ifie
d in
terv
al.
12.0
12.5
calcite-chl
veinlet
in s
trongly
chlo
riti
zed
inte
rval
.12
.8
14.1
medium to co
arse chl
orit
e-an
phib
ole
schi
st,
foli
atio
n at 2
2 degrees
to c.a
.14
.2
14.5
brok
en vug
gy cor
e, ki
nked
foliation.
15.3
16
.0
sheared, broken cor
e, st
r ch
l.16
.7
17.8
bleached i
nterva
l with S
-8% calc a
nd qtz
vein
lets
.18
.2 -
2 cm
qtz-calc-epid vein at 3
0 degrees
to c
.a.
(Mafic V
olcanic, pillow t
o pill
ow breccia/chl a
nd s
il/tr py p
o)-
fine g
rained,
dark gre
en with
bleached l
ight g
reen pil
low
selv
ages
and
interpillow s
pace
s.21.0
22.4
fine
gra
ined
ble
ache
d in
tens
e wi
th b
anding a
t30
degrees t
o c.a.
23.9
25.0
ble
ached
, w
ell
band
ed in
terv
al
wit
h b
andi
ngat
25 d
eg
ree
s to
c.a
.2
6.8
2
7.2
b
recc
iate
d in
terv
al-
pil
low
bre
ccia
.27
.2
30
.0
dar
k g
reen
pil
low
ed in
terv
al
wit
h b
leac
hed
lig
ht
gre
en c
alc
and
ch
l-ri
ch
pil
low
ed se
lvag
es.
30.2
31.5
b
leac
hed
sh
eare
d in
terv
al
wit
h calc
ite-c
hlo
rite
vei
nin
g at
14 deg
rees
to
c.a
.32
.6 -
20
cm c
alc
-qtz
v
ein
at
25 d
egre
es to
c.a
.32.6
35.8
dar
k g
rey
hig
hly
sil
icif
ied
pil
low
s w
ith
min
or
py
and
po
in c
hlo
riti
c
inte
rpil
low
sp
aces.
37.1
-
2 cm
calc
vei
n a
t 20
deg
rees
to
c.a
.30.7
39.5
w
ispy fo
liati
on def
ined
by
catb
on
ati
zed
41.0
0
42.0
01.0
00.
031
TRA
CE
II'
PI.!
-' M
,
1ST O
Ft
AIX
J D
A
E X
: P
IS
OR
AT
IO
N
CC
D
DIAMOND DRILL LOG
LT
D .
PR
OP
ER
TY
: R
ES
ER
VE
C
RE
EK
H
OL
E
No.:
R
C-9
4-2
Page
2
FRO
MTO
49.2
57.2
57.2
78
.45
LIT
HO
LO
GIC
AL
D
ESC
RIP
TIO
N
amyg
du
les
at
25 d
eg
rees
to c.a
.40
.7
42
.1
band
ed,
light
gre
en a
mph
ibol
e ri
ch in
terv
al
wit
h
2-3%
2-
5 irm
pri
smat
ic
amph
ibol
e cry
stals
su
b para
llel
ban
din
g;
band
ing
from
20
to
30
d
egre
es to
c.a
.,
def
ined
by
chl
vs b
iot-
rich
ban
ds,
w
ith
calc
ite st
rin
gers
be
twee
n ban
ds.
44
.3
44
.6
ble
ached
, fr
actu
red in
terv
al
wit
h c
alc-
epid
vein
ing.
46.2
5 47
.25
slightly b
leac
hed,
well banded i
nter
val
with
S-4% c
alc
vein
lets
; wispy
blac
k bands
contain
fine g
rained
amphibole
and
biotite, strong car
bona
tiza
tion
.47.8 - ba
ndin
g at 3
8 degrees
to c
.a.
47.1
47.3
calcite-amphibole
vein
lets
at
38 d
egrees t
oc.
a.
(Fol
iate
d Intermediate T
uff/
mod
calc
and chlA^ p
y, po
)-
ligh
t grey-green;
fine
grained,
well foliated,
<l%
blue gtz
eyes
.- comprised
of a
lter
nati
ng li
ght green and gr
ey-g
reen
bands
with 2
-3\
foli
atio
n parallel ca
lcit
e ve
inle
ts.
- co
mpos
ed of
feld
spar
, amphibole, ca
lcit
e and
chlo
rite
.-
local
amph
ibol
e-ph
yric
intervals with f
ine
to med
iun
prismatic
grains.
- <l%
py,
po a
s fine dis
semi
nate
d gr
ains
.49.2
- b
andi
ng/f
olia
tion
at
28 d
egre
es t
o c.
a.52.3
52.8
cm bands.
52.8
55
.6hb
cry
stal
s.56.7
57.0
S-8%
calc
veinlets,
1-
well banded,
with
bla
ck amphibole r
ich
0.5-
1.0
amphibole-phyric,
with
2-3
'fc 3-5 mm
prismatic
shea
red,
si
licifi
ed chl
orit
ic i
nter
val
with
py.
po-
(Maf
ic Volcanic/str
calc
. wk
chl
Al.%
py, po
, cp
y)- me
dium
grey-green; fi
ne g
rained,
foli
ated
to
pillowed,
foli
ated
/ban
ded
intervals
defined
by r
elic
t ca
rbon
atiz
ed
amygdules
and
foli
atio
n parallel c
alc
stringers
from
2-2
0 mn
wi
de.
- pi
llowed intervals co
ntai
n bl
each
ed carbonatized
pillow
selv
ages
.- mo
d to s
tron
g ma
trix
carbonate a
lteration.
- 2-
4% c
alc
and
calc qtz
str
inge
rs,
typically
contain
po,
pyag
greg
ates
and min
or c
py.
59.5
60.0
wispy
calc-chl bands
at 20 d
egre
es t
o c.a.
60.2
5 60
.55
brec
ciat
ed c
alc
vein a
t 35
deg
rees
to
c.a.,
<l%
py,
po,
cpy.
60
.55
61.1
5
10?6
qu
art
z calc
vein
ing w
ith
2-3
ei py,
po
, cpy
.
ASSAYS
FROM
TO
WIDTH
Au g/t
Au opt
60.25
60.55
61.70
64.70
60.5
561.1
562.4
065.7
0
0.30
0.60
0.70
1.00
0.019
0.00
50.006
0.010
TRAC
ETR
ACE
TRAC
ETRACE
N.,: Hf-0.1-2
IS
JO
RA
IS
JO
A
E X
PL
OR
AT
I O
N
CO
.
LT
D
DIAMOND DRILL LOG
PROPERTY: RESERVE CREEK
HOLE No.: RC-94-2
Page
3
FROM
TO
78.4
5 84.0
84.0
104.9
LITHOIO3ICAL DESCRIPTION
61.7
62.4
chloritic wi
th 6
0% c
alc
veining; S-5% c
oarse
P0/ PY'
cpy
aggr
egat
es.
62.5 - foliation
at 4
3 degrees
to c
.a.
64.4
67.1
si
lici
fied
, chloritized, brecciated interval
with
ir
regu
lar qt
z-oa
lc s
trin
gers t
hrou
ghou
t; t-2% p
o, py.
67.1
70.3
epid
-sil
ica-
chl-
py-c
alc
fill
ed interpillow
spac
es,
foliation
at 3
0 degree
s to c.a
.70
.7
73.3
blea
ched
/si licified/chloritized i
nterval
with
irregular
epidote-calc-qtz v
eins.
74.9
78.4
5 massive eq
uigr
anul
ar wit
h l-2% irregular
calc
ite
stringers
thro
ugho
ut.
(Ban
ded
Inte
rmed
iate
Tuff/chl
amph,
calc/2-3%
po,
py t
r cp
y)- gr
ey to
green
band
ed,
fine g
rained,
with
quartz
and
calcite
veining.
- co
nsis
ts o
f 0.
5 - 1.
0 cm alt
erna
ting
green chl
orit
ized
vo
lcan
ic b
ands a
nd d
ark
grey amp
hibo
liti
c ba
nds,
with 2
-4 mn
foli
atio
n parallel ca
lcit
e st
ring
ers.
- lS
-20%
of
inte
rval
con
sist
s of g
rey
to white qua
rtz-
calc
ite
veins with wis
py a
ggregate t
o stringer p
o, py,
chl,
tr c
py.
78.4
5 - am
phib
ole-
rich
strongl
y fo
liat
ed a
nd b
recciated, wi
th
contact at 2
8 degrees
to c
.a.
79.0
80.5
80.5
81.3
stringer p
o.81.3
81.9
c.a.
82.1
82.4
83.1
PYr P
81.9
82.1
82.4
83.1
84.0
Po we
ll b
ande
d at 1
8-30 d
egre
es t
o c.
a.grey gtz v
ein
at 3
5 de
gree
s to c
.a.
with 4
-5%
*
well
ban
ded wi
th 2
% di
ssem
inat
ed p
o.gtz
veining wi
th p
y, po
, ve
in a
t 40
deg
rees
to
banding/foliation
at 4
0 de
gree
s to c
.a.
qtz
veining, po
, py
stringers S
-5%.
br
ecci
ated
, ca
lc-v
eine
d interval w
ith
l-2% d
iss
FROM
TO
ASSAYS
WIDT
H Au g
/t
Au opt
80.5
081.3
081
.90
82.1
082
.40
81.3
081.9
082
.10
82.4
083
.10
0.8
00.6
00.2
00.3
00.7
0
0.01
30.2
39
1.54
31.
245
0.28
7
TRA
CE
0.0
07
0.0
45
0.03
60.
008
(Maf
ic V
olcanic/chl, calc/tr
po,
py,
cpy)
- similar
to i
nter
val
57.2
-78.
45.
- co
ntac
t wi
th t
uff at 35
deg
rees
to
c.a.
, ma
rked
by
disa
ppea
ranc
e of b
andi
ng a
nd a
ppea
ranc
e of c
hlor
itiz
ed,
epid
bearing
pillow s
elvages.
85.6
86.4
bleached interval w
ith minor
brecciation.
88.3
88.7
calc a
nd e
pid
rich v
einl
ets,
pi
llow
selvages,
with t.
% di
ss p
o, py,
cpy.
90.7
92.2
medium grained a
mphibole-rich
foliated interval
foliation
at 4
0 degrees
to c
.a.
92.5
92.6
S-4%
stringer
po,
py,
calc v
eining a
t 32
degrees
to c
.a.
99.7
0 10
0.20
0.50
0.110
TRAC
E
mu-: N
..
IS
JO
RA
ND
/V
EX
PL
OR
AT
IO
N
CO
.
DIAMOND DRILL LOG
LT
D .
PR
OP
ER
TY
: R
ES
ER
VE
C
RE
EK
H
OL
E
No.:
R
C-9
4-2
Page
4
FRO
M
TO
L
ITH
OL
OG
ICA
L
DE
SC
RIP
TIO
N
92.8
9
3.5
ban
ded
am
phib
ole
-ric
h in
terv
al.
95.9
9
6.2
q
tz-c
alc
vein
lets
wit
h m
inor
po
at
35 d
egre
esto
45
deg
rees
to
c.a
.96
.9
97
.8
amph
ibol
e la
ths
com
pri
se
S-4%
wel
l ba
nded
25
deg
rees
to
c.a
.99.7
100.4
strong s
ilic
ifie
d, ch
lori
tize
d in
terv
al w
ith
diss p
y and
po,
calc
ite veining wi
th min
or qtz.
101.
75
102.4
chl-
calc
-qtz
sch
ist,
X-2% p
y, po
.102.4
104.9
massive wi
th minor c
alc-chl
veining.
104.9
110.
7 (F
olia
ted
Intermediate T
uff/
mod
chl,
calcAW p
o, py
)-
roed
gre
en-g
rey
to light
green, fine g
rained,
well
foliated
to s
chistose.
- co
nsis
ts o
f ch
lori
te,
calcite, biotite, amphibole, feldspar,
with
-CI
1*; foliation-parallel ca
lc.
stri
nger
s.- da
rk gre
y biotite-rich b
ands c
ontain S
-8%
2-3 mm
pla
tybi
otit
e grains a
nd r
are
2-4 mm blue qtz
eyes.
104.9
- gradational
contact.
105.1
107.2
2-3*^ bl
ack platy
biotite
grai
ns;
well
foliated
at 2
2 degrees
to c.a
.108.0
108.4
qtz
vein
wit
h 2-
3^55
stringer
po/p
y/cp
y.10
8.4
108.
7 2-
3\ d
iss
po.
109.
4 109.7
2% black p
rismatic a
mphibole at
30 deg
rees
to
c.a.
110.7
134.
1 (F
olia
ted Mafic Volcanic/str c
alc,
no
d chl)
- medium to
light
green, fine t
o medium grained,
well
foliated
to b
ande
d.- co
mpos
ed of
fine g
rain
ed c
hl,
calc
, re
lict
feldspar,
amphibole an
d qu
artz
.- ba
ndin
g de
fine
d by
alt
erna
ting
fin
e grained am
phib
ole-
rich
calc-rich
and ch
lori
te-r
ich
bands.
- <l
.% p
o, py a
s fi
ne disseminated
grains.
110.9
- ca
lcit
e veining
subparallel
foliation
at 2
5 degrees
toc.
a.Ill,
113.
116.
FROM
TOASSAYS
WIDTH
Au g/t
Au opt
108.00
108.
400.40
TRACE
TRACE
112.0
e-10%
3-4
nrm amphibole
grai
ns.
- l cm
calc-cpy-po v
ein
at 2
5 degrees
to c
.a.
119.
0 silicified,
with S
-5% pr
isma
tic
amphibole
grai
ns,
l-2% d
iss
py,
po.
120.0
120.2
banded w
ith
biotite
and
calcite-rich b
ands a
t 30 deg
rees
to
c.a.
124.
4 12
5.0
2-3!!; p
rismatic a
mphi
bole
gra
ins;
3-45
o calcite
veining, foliation
at 33
degrees t
o c.a.
125.
4 12
5.7
bleached,
silicified in
terv
al,
amph
ibol
e grains
from 2
-4 m
n, we
ak b
anding.
i m.
NO
RA
ISJD
.?\
F:
X P
" T
- O
R /\ T
I O
N
CO
-
LT
D.
DIA
MO
ND
D
RIL
L
LO
G
PR
OP
ER
TY
: R
ES
ER
VE
C
RE
EK
H
OL
E
No.:
R
C-9
4-2
P
age
5
ASS
AY
S FR
OM
TO
L
ITD
OL
OG
ICA
L
DE
SCR
IPT
ION
FR
OM
T
O
WID
TH
Au
g/t
A
u opt
130.
2 -
band
ing
at
30 d
egre
es to
c.a
.;
def
ined
by
bio
t an
d calc
ri
ch
in
terv
als
.12
6.7
131.
4 b
leac
hed
, sil
icif
ied
in
terv
al
wit
h c
alc
ite
vein
lets
com
pri
sing
S-5%
of
rock
; v
ein
ing
and
fo
liati
on a
t 35
deg
rees
to
c.a
.,
epid
ote
and
quar
tz p
rese
nt
in v
ein
lets
.
134.
1 14
6.2
(Foli
ated
In
term
edia
te T
uff
/nod c
hl
and
calc
/tr
py,
po)
- li
ght
gre
y t
o g
rey g
reen
, fi
ne t
o m
ediu
m g
rain
ed,
foli
ate
d
to lo
call
y m
assi
ve.
- co
nta
ins
ble
ached
, ca
rbonat
ized
in
terv
als
wit
h
1-2
mn
reli
ct
rock
fra
gm
ents
alt
ere
d to
calc
ite a
nd d
arker
mor
e m
assi
vein
terv
als
wit
h fi
ne to
med
ium
gra
in s
ize.
134.
1 -
foli
ati
on a
t 40
deg
rees
to
c.a
.13
5.9
13
6.1
shea
red in
terv
al
wit
h c
alc
ite v
ein
ing
.13
7.6
138.
15
stro
ng
ly b
leac
hed
; ch
l-q
tz-c
alc
sc
his
t.14
1.6
144.
1 b
leac
hed
, sil
icif
ied in
terv
al
wit
h f
oli
ati
on
at
38 d
egre
es to
c.a
.14
3.7
143.
8 qtz
-epid
calc
vei
n a
t 40
deg
rees
to c
.a.,
con
tain
s 2-
3% p
o,
cpy.
145.3
145.6
sheared
at 36
deg
rees
to
c.a.
146.
2 17
7.4
(Mafic Vol
cani
c/st
r ca
lc,
wk chl,
epid/tr
py,
po)
152.10
152.65
0.55
TRACE
TRACE
- si
mila
r to i
nterval
57.2
-78.
45.
153.
65
154.
65
1.00
TRACE
TRACE
- generally
fine g
rain
ed t
o ap
hani
tic,
wi
th 0.
5-1.
0 cm
chl-
epid
-qua
rtz-
bear
ing
bands-pillow margins.
- l-2% qtz
-cal
c stringers
throughout.
147.2
148.3
blea
ched
, carbonatized i
nterval
with
calc
vein
ing
at 3
5 de
gree
s to c
.a.
148.2
148.3
qtz-
calc
veining wit
h l-2% f
ine
grai
ned,
po,
cpy.
148.3
148.
9 da
rk b
iotitic
bands
at 40
deg
rees
to
c.a.
149.8
152.
1 patchy b
leac
hed
inte
rval
s, chloritic
inte
rpil
low
spac
es.
152.
1 153.65
80% qtz
and qt
z-ca
lc v
eined
interval.
153.65
154.65
strongly chloritized i
nterval
with B
O* qtz
-cal
cveining
l-2%
po, py as wispy
aggregates.
154.65
156.9
blea
ched
, brecciated wit
h strong
carb
onat
izat
ion;
foliation
at 3
6 degrees
bo c
.a.
158.1
160.8
bleached,
weakly s
ilicified
interval w
ith
5*5;
0.5 cm
cal
c vein H
ubj-iri r
a 11 c:
l fo
liat
ion
at 4
0 degrees
to c
.a.
161.5
162.
1 5'
; c.ilcjto I
jands at
40 de
gree
s to c
.a.
104.6
Kill
.4
Hh'-
.ii'
cd,
dilo
i'it
. i^
iil
slninijly
f'ij i
,il,cd inloi-v.i]
wit
li wispy i.
ih'i
l'-
.i'l'/
i -fi|.il CH
(lffimn\|
foli
.it
ion
.it
,fri dcqrccH
to 40
*J*'(|iws
lo *'
..i.
lfif
i.6
Id
').')
. M
I U
HI.
il i -
/jt\
cpid
ol'' ln
'.'ir
iii"
| l
I'jli
l ij
rfrr
i Iv
uuJ.
y
IK I
I.l-
1 N
- ,:
l1'1
''1
?
E X
F-L
OR
AT
I O
N
DIA
MO
ND
D
RIL
L
LO
G
CO .LTD -
PROPERTY: RESERVE CREEK
HOLE No.: RC-94-2
Page
6
FROM
TO
LITHOLQGICAL D
ESCR
IPTI
ON
pill
ow margins.
170.4
170.
8 fragmental with p
illow
breccia
fragments
with
subp
aral
lel
alig
nnne
nt a
t 35 d
egrees t
o c.
a.171.3
177.
4 strongly f
oliated with S
-5%
2-4 mm
cal
cstringers; al
so S-
4% b
iotite a
s 1-
2 mt
l grains c
once
ntra
ted
inbands.
177.4
203.2
(Mag
neti
te Tuff/wk t
o no
d ch
l, calc,
sil/2% p
o, py
and t
r cp
y)- me
dium
grey-green, fine g
rain
ed,
with
med
ium gr
aine
d ma
gnetite.
- co
mpos
ed of
fine g
rain
ed c
hlorite, fe
ldsp
ar,
amph
ibol
e,
calc
ite
and quartz a
nd m
agne
tite
.- sp
otte
d ap
pear
ance
lo
call
y due
to 1
-2 m
m rounded magnetite
grai
ns comprising
X-2% o
f rock;
locally co
ncen
trat
ed up to
20-30!!; i
n 1-2 cm
bands.
- 2-
5 tan bl
ack
amph
ibol
e gr
ains
are
con
cent
rate
d in
1-
2 cm
band
s wi
th f
ine
grai
ned
chlo
rite
.- matrix a
lteration
includes chl
orit
izat
ion and
silicification.
- generally
l-2% wispy py
aggregates a
nd s
tringers,
S-4%
concentrated i
n st
ring
ers.
177.4
- contact and
foliation
at 4
0 de
gree
s to c
.a.
177.
4 18
1.4
2-3% w
ispy p
o, py aggregates
throughout.
181.4
182.1
amphibole
rich b
ands
at
35 d
egre
es t
o c.
a.
qtz-chl
vein
wit
h S-
10%
po,
py,
l* cpy a
t
ASSAYS
FROM
TO
WIDT
H Au g
/t
Au opt
20
2-3% p
y, po
, cp
y st
ring
ers
in i
nter
val
with
183.5
183.
7de
gree
s to
c.a
183.7
184.
6S-8% cal
cite
vei
ning
.184.6
186.6
wispy
po,
py aggregates, S-5%,
subparallel
foliation
at 3
6 de
gree
s to c.a
.186.6
186.
7 20
% narrow qtz-calc
veins
with
coarse
py,
po
aggregates.
186.7
191.
2 silicified,
band
ed i
nterval, wi
th a
mphibole-
magnetite-pyrrhotite b
earing b
ands a
t 40 d
egrees t
o c.
a.19
1.2
191.
3 10 c
m qv
e 40 d
egre
es t
o c.
a.,
S-4% p
o.19
1.3
192.7
foli
atio
n parallel c
alc-
band
s at 4
2 degrees
to
patchy s
trong
silicification.
py i
n l cm
calc-rich b
and.
S-7% p
o, py
in
sili
ceou
s interval.
wk s
ilic
ific
atio
n, l-2% dis
s po
, py
.mod. silicifica
tion
, biotite, chl; 2-3% p
o, py.
1-2 cm
qtz v
eins w
ith
biot
, py
, po.
carbonatized,
weakly silicified interval w
ith
177.40
178.
4017
9.40
180.
4018
1.40
182.
10182.30
183.50
183.
7018
4.60
185.50
186.60
187.30
188.30
189.20
190.20
191.
20191.30
192.
30192.70
193.70
195.00
195.85
196.60
197.60
198.
6019
9.70
200.
50
178.
4017
9,40
180.
4018
1.40
182.
1018
2.30
183.
5018
3.70
184.
6018
5.50
186.60
187.30
188.30
189.20
190.20
191.
2019
1.30
192.30
192.
7019
3.70
195.00
195.
8519
6.60
197.60
198.60
199.
70200.50
201.
10
1.00
1.00
1.00
1.00
0.70
0.20
1.20
0.20
0.90
0.90
1.10
0.70
1.00
0.90
1.00
1.00
0.10
1.00
0.40
1.00
1.30
0.85
0.75
1.00
1.00
1.10
0.80
0.60
0.034
0.017
0.049
0.02
7TR
ACE
0.00
80.027
0.089
0.04
30.065
NIL
0.179
0.199
0.09
10.007
0.024
0.006
0.227
0.57
00.770
0.06
90.123
0.042
0.125
2.189
0.07
10.011
0.032
0.00
1TRACE
0.001
TRACE
TRACE
TRACE
TRAC
E0.003
0.00
10.
002
0.002
0.005
0.006
0.003
TRACE
TRACE
TRACE
0.007
0.017
0.022
0.002
0.004
0.001
0.004
0.064
0.002
TRAC
ETR
ACE
c. a.
, p:
192.6
- 19
2.7
193.
7 19
5.0
195.
0 19
5.85
S-
7% p
o,
199.
7
itch
y si
193.
7 195.0
195.
85
195.
85
199.7
Py in
200.5
5-10
cni i
nter
vals
, qt
z-bi
o-ch
l-ca
lc v
ein
subparallel
to c
.a.,
coar
se grained
po,
py.
11' il .
1: N.
EX
PL
OR
AT
IO
N
CO
. L
TD
DIA
MO
ND
D
RIL
L
LOG
PR
OP
ER
TY
: R
ES
ER
VE
C
RE
EK
H
OL
E
No.:
R
C-9
4-2
Page
7
FROM
TO
203.
2 210.0
LITHOLOGICAL DESCRIPTION
200.5
201.1
biot
ite-
calc
ite
rich
interval w
ith
2-Z\
stri
nger
po, py,
tr c
py.
201.
1 203.2
moderate-well
foliated nag t
uff wi
th S
-4%
biotite, 1-^ a
mphibole,
band
ing
at 4
5-50
degrees t
o c. a.
; 1-
23; di
ss p
o.
ASSA
YS
FROM
TO
WIDT
H Au g
/t
Au opt
(Foliated Mafic
Volc
anic
/str
ong
calc
, nod chlAn p
o)-
light green to dark
grey
, green; fine t
o me
dium
grained;
foli
ated
to
band
ed.
- co
mpos
ed o
f ca
lc-c
hl-a
nphi
bole
-bio
tite
-fel
dspa
r wi
th minor
po and
magnetite.
- bl
each
ed colour
due
to s
tron
g ca
rbon
ate al
tera
tion
of
matr
ix.
- S-4% 1
-4 mm ca
lcit
e ve
inle
ts t
hrou
ghou
t.-
<l% fi
ne g
rained dis
semi
nate
d po
.203.2
204.
5 calcite veining
at 4
8 degrees
to c
. a., S-4%
biot.
204.6
207.
0 strongly c
arbonatized, 4-5% 1
-3 mn am
phib
ole.
207.0
210.0
bleached t
uffaceous
interval w
ith
foliation/
band
ing at
40 degrees
to c
. a.,
<l%
po,
py.
210.0
END OF HOL
E
DOWN-HOLE
SURVEY D
ATA
DEPTH
INCLINATION
BEARING
18.00
-65.
90
75.00
-65.
40
210.00
-62.
90
HOT.F
No:
NOFtANDA EXPLORATION CO .LTD
PROPERTY: RESERVE CREEK
HOLE No.: RC-94-3
Collar Eastings:
10500.00
Collar Northings:
10010.00
Collar Elevation:
10000.00
Grid
: NOREX
DRILL TYPE JKS 30
0
DIAMOND DRILL LOG
Collar Inclination: -59.00
Grid Bearing: 180.00
Final Depth:
147.00 metres
HOLE DRILLED BY NW GEOPHYSICS
CORE STORED AT CAMP SITE
20.4
27.3
27.3
49.6
STARTEO-JUNE 27,1994
COMPLETED-JUNE 29,1994
Logged by:
AS AL SMITH
Date
: 27/06/94
Down-hole Survey:
ACID
CORE SIZE BDBGM
DRIL
LED ON-TB 1196461
0 9FROM
.0 .1
9. 20
TO 1 .4
LITHOLOGICALDESC
RIPT
ION
ASSAYS
\J
FROM
TO
WIDTH
Au g/
t Au opt
(Casing)
(Mafic
Volcanic /n
odch
l.wk
calc
)- gr
ey-g
reen
, fine g
rain
ed t
o ap
hani
tic,
fo
liat
ed t
o massive.
- locally
l-2% 1-
2 irm white
alte
red
feldspar,
carbonatized.
- l-2% wispy cal
c st
ring
ers
and qu
artz
-cal
c st
ring
ers.
- matrix c
omposed of c
hlorit
e, ca
lc qtz
and f
eldspar.
- fo
liat
ion defined
by platy cle
avag
e at 5
0 de
gree
s to c
. a.
10.3
10
.5
rock f
ragmen
ts i
n clay s
eam.
9.1
12.0
strongly broken core with
frac
ture
/fau
lt z
one
from 9.2 t
o 9.6
subp
aral
lel
to c
.a.
12.0
15.4
moderately broken
vugg
y, core,
with
shaky
parting al
ong ch
lori
tic
frac
ture
s at
50 de
gree
s to
c.a
.17
.9
18.1
brok
en cor
e.18.4
20.4
strongly broken co
re with
l-2% l cm
gtz
veinlets.
(Gab
bro,
sill/wk
chl,
uralite)
- me
dium
grey-green, spotted, mo
dera
tely
to well foliated.
- me
dium
grained wit
h so
me f
ine an
d co
arse
grains.
- consists o
f altered
pyroxe
ne phe
nocr
ysts
from
2-5 mm
comp
risi
ng 20-30% of
rock
set
in a
fine
r matrix o
f pyroxene,
feldspar,
amph
ibol
e an
d chlo
rite
.- ^ qua
rtz-
fill
ed f
ract
ures
.- fo
liat
ion de
fine
d by
orien
ted pyroxene/amphibole g
rains at
40-60
degrees
to c.a
.20.4 - fo
liat
ion
at 50-60 de
gree
s to
c.a
.20
.9
21.0
broken c
ore.
23.9
24,2
calc
-epi
d veining, 1-2* o
f rock.
25.3 -
5 cm
gtz-calc
vein at
70 d
egre
es t
o c.
a.
(Foliated Mafic
Tuff/wk chl
local sil/m p
o, py)
- medium gre
y-gr
een,
fi
ne g
rained,
foli
ated
to massive.
- composed o
f fi
ne grained t
o ap
hani
tic
chlo
rite
amphibole
feldspar,
calcite an
d quartz.
- locallly s
pott
ed with
1-3
irm anhedral feld g
rains
altered
to calcite a
nd wispy chl
orit
ic r
ock
frag
ment
s.-
S-5% q
tz a
nd qua
rtz
calcite
bands
and
vein
lets
thr
ough
out.
- <l% disseminated p
o, py
and
magnetite.
27.3
27
.5
gradational
cont
act wi
th b
anding a
t 40
deg
rees
48.2
0 49.20
1.00
TRACE
TRACE
HOLE No
: RC-94-3
lvl O
R A
M D
/X
E
; X
flL
.OR
AT
IO
N
OO
-
DIA
MO
ND
D
RIL
L
LO
G
:, T D .
PROPERTY: RESERVE CREEK
HOLE No.: RC-94-3
Page
FRO
M
TO
LIT
HO
LO
GIC
AL
D
ESC
RIP
TIO
N
to c
.a.
27.6
28.1
bleached wit
h S-10% qtz-calc v
einl
ets.
28.1
30
.1
strongly b
roken, ch
lori
tic
core
.30
.1
31.0
ca
rbon
ate
banding
at 47
degrees t
o c.a.,
l-2t
vugg
y quartz-epidote v
einl
ets.
32.3
33.9
strongly b
roken, ch
lori
tize
d co
re.
33.9
34.8
5 li
ght
grey
tuf
face
ous
inte
rval
, weak f
olia
tion
at 28
degrees t
o c.
a.35.8
36.3
highly s
trai
ned with chl
orit
ic w
isps a
t 28
degr
ees to 3
8 de
gree
s to
c.a
., kinked.
40.0
44.7
strongly f
olia
ted an
d ch
lori
tize
d interval
with
l-2%
2-4 mn gre
y qt
z ey
es lo
call
y.45.6
45.75
qtz-
tour
m-ch
l ve
in a
t 50 d
egre
es t
o c.a.,
1-2*
!;po
aggregates.
48.2
49.2
sh
ear
zone
wit
h he
avy chlorite alt
erat
ion;
2-20 on qt
z ve
ins with <
l% p
o, py.
49.2
49.4
br
oken
, gr
ound
cor
e, strong chl
orit
e al
tera
tion
49.6
69.95
(Maf
ic Volcanic/wk chl
, si
l/tr
py-po)
- li
ght to medium
green, fi
ne g
rain
ed t
o aphanitic, weakly
foliated.
- sa
me a
s in
terv
al 9
.1-20.4
- lo
call
y banded with
1-5 mm
qtz s
trin
gers
, locally
l-2% f
ine
feldspar phe
noci
ysts
and
calcite-filled amygdules.
49.7 -
7 cm
fol
iati
on par
alle
l qtz
vein
at
42 d
egre
es to
c.a.
51.8
54
.6
brok
en chlorit
ic c
ore with <
l% v
uggy qtz
veining.
54.6
57.7
mass
ive
interv
al.
57.6
58.1
irregular quartz-calcite-epidote v
einl
ets
inbl
each
ed i
nterval.
57.6
-
2 x
2 mm
po
stri
nger
s at
48 degrees
to c.a.
60.0
61.1
bl
each
ed wit
h 2-34 c
alci
te q
uart
z st
ring
ers.
62.0 -
banding at
50 t
o 55
deg
rees
to
c.a.
63.4
67.2
we
ll ba
nded
, tuffaceous interval,
with
3*
calcite
stringers
f rent 45
to
60 d
egrees t
o c.
a.64
.1
65.0
ch
lori
tic
with c
alc-
quar
tz v
eining, W c
py.
67.3
67
.4
qtz-
chl
vein
ing at 4
0 degrees
to c
.a.
68.8 -
69.95
90.6
5 (F
olia
ted
Intermediate Tuf
f/wk
chl,
str, calcAlA p
o, py)
- light
grey
-gre
en,
fine grained to
aphanitic, we
ll fo
liat
ed
to b
ande
d.- contains a
lter
nati
ng b
ands
of
fine g
rain
ed c
alcite,
chlo
rite
an
d bi
otit
e with 1
-30 mn
calcite and
quartz
vein
lets
com
pris
ing
S-4%
of
rock.
FROM
TO
ASSAYS
WIDTH
Au g/t
Au opt
57.6
068.90
58.2
069.20
0.60
0.30
TRACE
TRACE
TRACE
TRACE
70.4
071
.00
0.60
TRACE
TRACE
HOLE N
o: RC-94-3
NO
RA
TX
JD
A
EX
PL
OR
AT
IO
N
CO
DIA
MO
ND
D
RIL
L
LO
GP
RO
PE
RT
Y:
RE
SE
RV
E
CR
EE
K
HO
LE
N
o.:
R
C-9
4-3
Pag
e 3
FRO
MT
O
90.6
5 11
3.6
LIT
HO
LO
GIC
AL
D
ES
CR
IPT
ION
- o
vera
ll
unif
orm
calc
ite alt
era
tion of
matr
ix.
- su
lph
ides
occu
r w
ith
in calc
str
ing
ers
, qtz
-calc
str
ingers
,and/o
r fi
ne dis
sem
inate
d gra
ins.
72.1
-
calc
-qtz
vei
n a
t 50
deg
rees
to
c.a
.75
.0 -
foli
atio
n/b
and
ing
at
45 d
egre
es to
c.a
.
81.
85.
77.4
79.6
80.9
84.8
of r
ock.
86.3
88
89.3
90.0
77.6
2
x 2-3 cm qtz-calc
veins
at 50 d
egrees t
o c.a.
79.8
wispy
calc-epid-biot v
eins
.l
40% calcite veins at 4
0 de
gree
s to c.a
.4
calc-epid
vein
s with l
-2%
po,
py c
omprise
2-3%
9 9 massive with l
-2% calc-epid ve
inle
ts.
90.0
well foliated a
t 40 degrees t
o c.
a.90
.65
blea
ched
, strongly carbonatized
interval.
(Mag
neti
te T
uff/biot,
calc
, sil/1-2% p
o, py
)- medium g
rey, gr
een,
fine g
rained t
o ap
hani
tic;
ba
nded
to
foliated.
- si
mila
r to
abo
ve t
uff
unit
, ho
weve
r, is
cha
ract
eriz
ed b
y l-
2% 2
-4 mm gr
ey magnetite gra
ins giving a
lo
call
y sp
otte
d appe
aran
ce.
- al
so con
tain
s l-2% white r
elict
rock
fragments a
ltered t
o calcite.
- ba
nded
app
eara
nce due
to alternating b
iot, chl
and calc-rich
inte
rval
s fr
om 0
.5-2
.0 c
m wide.
- po
, py occur as
fine d
isse
mina
ted
grai
ns,
as f
olia
tion
para
llel
agg
rega
tes and
narrow stringers.
90.65
91.6
5 ba
nded
int
erva
l with biotite-rich
bands
at45
degrees t
o c.
a.,
minor
qtz-calc v
eini
ng;
wisp
y py,
poag
greg
ates
.92
.9
93.3
5%
1-3
mn euhedral m
agne
tite
grains.
93.3
97.3
spotted with 1
-5 mn anhedral c
alc
and qu
artz
pods,
poss
ibly
amy
gdul
es?,
st
retc
hed
parallel q
tz-c
alc
vein
ing
at 4
5 degrees
to c.a
.; strong car
bona
tize
d matrix.
97.6
98
.1
20% qtz-calc v
eini
ng,
<l%
py,
po.
98.8
99
.8
1-2** po,
py as
foliation parallel st
ring
ers,
also
in wispy aggregates,
minor
qtz
veining.
102.8
103.0
2 x
l on qtz vei
ns,
lowe
r on
e has
50t py
.103.0
106.2
S-4% 0
.5 t
o 1.
0 cm
qtz
vei
nlet
s co
ntai
ning
po,
py.
109.0
110.
0 1-2^*1 wispy p
o in wel
l ba
nded
int
erva
l, ba
nds
at 4
0-45
deg
rees
to
c.a.
112.
2 11
2.9
sili
cfie
d, bi
otit
e-ri
ch i
nterval
with c
entral
10 cm qt
z vein;
2-3^
^ stringer p
o, py t
hroughout
inte
rval
.112.9
113.
6 foliated/banded
and
bleached in
terv
al.
FROM
TO
ASSA
YS
WIDTH
Au g/t
Au opt
90.6
598
.80
102.
8010
9.00
112.
20
91.65
99.8
010
3.00
110.00
112.
90
1.00
1.00
0.20
1.00
0.70
TRAC
ETRACE
TRACE
0.04
0.01
TRAC
ETRACE
0.00
TRACE
0.01
HOLE No
: RC-94-3
IS
IO
RA
ND
AI O
N
CO
.
DIA
MO
ND
D
RIL
L
LO
G
LT
D .
PROPERTY: RESERVE CREEK
HOLE No.: RC-94-3
Page
4
FROM
TO
LITHOIOGICAL D
ESCR
IPTI
ON
113.
6 14
7.0
(Fol
iate
d Mafic
Volcanic/wk
chl,
ca
lc,
amph/tr
po,
py)
- me
dium
grey-green; fi
ne g
rained t
o aphanitic; foliated t
o ba
nded
.- co
mpos
ed o
f fine g
rained chlorite, calcite, bi
otit
e, and
feld
spar
with
fine t
o me
dium
gra
ined
amp
hibo
le.
- banded to
foli
ated
with
1.0 cm epid-calc-quartz
band
s and
calc
-qtz
str
inge
rs c
ompr
isin
g 10
% of ro
ck.
113.
6 114.2
massive, w
eakly ep
idot
ized
interval.
114.
0 115.2
band
ed wit
h epid a
nd c
alc-rich b
ands
, interpillow
spac
es.
116.0
116.
4 qtz-calc v
ein
at 3
0 de
gree
s to c
.a.
117.4
119.1
weak bleaching wit
h S-5% c
alcite,
stri
nger
s th
roug
hout
.12
1.2
121.
7 pr
isma
tic
amphibole grains 1
-2!*
; in wel
l 'f
olia
ted
interval.
124.9
125.8
S-6%
fine
to medium gr
aine
d am
phib
ole,
calcite
vein
lets
at
40 degrees t
o c.
a.12
7.6
- l cm cal
c ve
in wit
h po
, py
; ve
in at
40 deg
rees
to
c.a.
129.
3 129.4
calc v
ein at 3
0 degrees
to c.a
., <l.% p
o, py
. 132.1
- bi
ot and
calc band
s from 4
0 to 5
0 de
gree
s to c
.a.
135.6
- 2 cm gtz-calc-chl
vein at
45 d
egrees t
o c.
a.
137.6
141.0
foliated i
nter
medi
ate/
mafi
c tuff wit
h foliation at
35
degrees
to c
.a,
<2% qtz
and
calc v
einlets.
144.3
147.0
band
ed,
amphibole-rich i
nterval wi
th 2
-3*fe
calc s
trin
gers
, banding at
48 degrees
to c.a
.
147.
0 EN
D OF HOLE
FROM
TO
123.60
123.
90
ASSA
YS
WIDTH
Au g/t
Au o
pt
0.30
0.27
TRACE
DOWN-HOLE
SURV
EY D
ATA
DEPTH
INCL
INAT
ION
BEAR
ING
18.00
-58.
30
75.0
0 -56.10
147.
00
-55.
00
HOLE
No: RC
-94-
3
APPENDIX II
SAMPLE DESCRIPTIONS
NORANDA EXPLORATION COMPANY LIMITEDCORE SAMPLES -
Property! l^se^fe cg&Ei* .Hole Nurr
SAMPLE
-1-U3
-^^
-I&6
-27?.- IV ^
-SO. 6
-5V6
'3-7,5-
^V-7
- IGS. q\\6-6
\|4fc
P 7 - 1
lie,"n^~
|2^o
)Z^
Ui.'fcV 22-75
123 -l
124.3
\2 M 7^
12^. ~7
12^.2
\2l.2
! 27-5
128.0128-fc
*er. Kc.vi-i Pno.
FROM metres
l\-.3
14.*.
18.4Z1,S
^.^so-c
5S-^
37*rC7.1
^.7
- /oo; H114-6
)k,-si)^-iM&.o\\^-^;^-^i^,^lai-fc12275
'21-SI2V.^
^.7C,
I2S^
/24.e/27.2
1 27. 54^6-^
I2S.-3
TO
l?-3JH.^
(8-^
28 J4o.S
5|.o
Co. e1-).^^.-2,
Ss.?HOLM114. S
117- t
||9,o
MVo
120.0
f-Zo.^
I2i.fe'2?.?^
)2? 3
l?H,f
124.75
12^.7
t v . O
i ^ ^
1 **7 ~~7 ^^
f 28 Pr 2? -e1 2^8
WIDTH metres
)-C3
G. Z
o-?
o.s0.^
O,H
o,4o'M
i.-zr,^l-.o
0.2.
G. S
cO
f -o
f.^C.-1—— 4—0 .^
o,^3.^-l.o
e.^s-G.SC
Q. C
1-0
0,1
0.^
0.^
1-0
Au
,
Assays (grams/mt)
i
^i\"iv"*Z--S4
"^t,^
'^AaJ.-^ ^~^^
"t"i c"^CA" ?^"
,t^ - Qt
. 7C)^CfW *0*
r ^tt.Jjirvii':)Ti- V&vv i
9r, ^
-M Al
-** }
— *VL -j -t i'^
- ss 4
- fv^l. -\.jft\ ir
-^ ir~-^L^"5i, ^-^ Js
p- v p-- Ju aP^ ^ ^
5-fi r~ S
"^^.
/' r~jfU^Jt^\ p*^/
Final
.\C- V^'VVI
Cole - c
Pf^Y1
ri -IjQk
P3 J ^ '*al ^ric;f -^
^iC^C
st- 3r^ *r-"?"
^ -J- ^v^s ^
A -;
"^ ' ^
O o "T- ip -fJC *
i ^ v•J^RT P*•C. - s*-{
PC) - f*~t
1 ^5'
L s ^^Ji" fc ^
V,^Sl 1 l
o
')^\C /*~ .O- 1
jf^f^ ; 3-
,^JH/?
. )\t\ Di
l————— i————— —— V
^KT-1 ^s^
' '^^
-T* "- ICui*^ l
o
^J'li^X7?eiVu u^A^\3 C ft^.f
^ i f--2i
^.v,^-
. ^ r
^ So-y*^
r^t^070 pa 4
--7^
•2X/V
1-2^
^ r-l 'i^u ;
9, cJf.^r
P0 ! PYj*,A^
-CI ^rr^W
J , I-?A
4 ix. ^v\^
'(Vfl^
sa?^ A, sV
NORANDA EXPLORATION COMPANY LIMITEDCORE SAMPLES A
Property, tr^e^iL c&Z^ Hole Number- gc-^-\
SAMPLE
l ^ ^ - ^
1 ^S /^"f
1^4-"
FROM metres
iss.oI^'H
ISCK
TO
)S5-Mise.-H
isa/s
WIDTVImetres
0.^
l.o
G, g
-AS^AOf^ Paae 2
Au Assays (grams/mt)
FoL 3^
JMT. TU(
^TU
Final
7u^^ -
F -9 73
Sf^t
^"^/"(Klg/^
^^ic
NORANDA EXPLORATION COMPANY LIMITEDCORE SAMPLES
Property! Hole Number*
SAMPLE FROM metres
TO WIDTHm6tl'BS
Au Assays (grams/mt)Final
- 2 l.o
- 63- A G-1
61,7
l.c;S ^ - Pu -
-So - C). 8a. 6
e\. Q-.-? IV.
8?. l 0.1
8S.1 Q.~J
o-'S 0" - 5. 1 j **\ f\ . f!.
0
V52.1(536-?
J^Lft '-
C e, 1 1 ' K . t*,
7.H I78.H 1.0
na. H H
h H. H \ \
l do- * 181 .H .e.
\8l-M 0.7Jivi.
0-Z M^ M-S]PO y\
^ , z62s/*,
183 - l S3. 7 G. Z \C)
1&M-4
0.1 v ,/
cfr^^-^o /-
ftS.2- -"2, - 0 i li li
NORANDA EXPLORATION COMPANY LIMITEDCORE SAMPLES
PropertyHole Numben ^c- ^-^SAMPLE
?-\ cjo?
fVl-zp\,^
iq-z-inz..-7
Vrt--i\ ^i*"") -" (j^
i o _ s^il.
\^b^1^-7. G
Ofc-^
1 ^G) -^
FROMmefret
\ Q\G-ZiSi-2
l Q \ ^^
1 0 o *i
^ fl O -
moi ^W-. C3
i^'.^1^4.4
\ en.l^-(,nv-/
2CO.^
TO
\ c\^.2.h -3\S2.3rtZ.-iB^.i
f clS"-0
^•^
-1S'6.6)^7^4
1^4\^-^2oo.^
•2Q\^
WIDTH metre(.0
o.\Lo
o.H/.o
1^0,^cs-.;-?6)ol-oL 1)
o.S
Q^
AuPaaf
Assays (grams/mt)
-
'
fr .,
^^"
\A^ TL/
A* 5^.
^e.c TLO ^
^^ Tt H- f-
^•s 'T
M^- ^
p?-i ^
^-J^;4^^
Final'•^ - 2.
i^~-i
dP- j- - s-'- y-, rS - 7-
*,- J fe
^lr/^'S ' 2^\v^.' ?;^A^\
U1-- H
r 2——— "~—— ••HHi
-5^,
^-M^0
-o^
J r7\.7 y, j'j ,:
7 07 -
•-5JY"
^S'-l j
,^2^o
- 'V^O uOo
\ ^ /4S^ ^
NORANDA EXPLORATION COMPANY LIMITEDCORE SAMPLES - AssA^S
Property, ^^^^^E C.^EH^ Hole Number" Pc-^-'S
SAMPLE
3-H^z- 57. G-fcfi.S- ^O.M
- ^.^
- cts. t-- 102.&- K'') ,-
-M'Z Z
-^^-t
FROMmetres
n o - ^
gT (^
/"Q C\f'n v - 1
7o.q
^0.65
oje.'bI02.&'o-), c
11-Z.i
\l"*.L
TO
M\i.
^8-e6S.^71.o
SiSs-
^ft\oS.c
n^.o\n-i
1-Z/iO
WIDTH
l-o0.6
0--J
l- 0
lo
1.0
o^
iVo0--7
G.3
Au Assays ( grams/
^ V/Vur,.
j\Ae\C vt
Jli^*M TV/QIC
"V^?*V-
H ^^ J*rfv^C .
Page mt) [Final'"^"Kf
^o -i?
' pf\ ;-, : i"\l^u'^-/s
,,,i^ t^.- 1 - 2 "7^
'C -t- 1'
M-
i 1 -—p— —
^ a,zc-s.
/.'•.-- r^
,v\ Wv Jo '•1,,
-^A P^
^ ' V
NORANDA EXPLORATION COMPANY LIMITEDCORE SAMPLES -
Property iHole Nurr
SAMPLE
r^A/l x O x*"
60^HM.l
/SM.z
iDeri NC
FROMmetres
1V\
C K4o.1
IIM-I
1^-2
•** i^*t "^ \
TO
\3'^
^.^•fajL Q[
1 1 M i *T
I C ^y -C"
WIDTHmetres
O.HoSo-Ho-Ho.-S
CUU - t
fou. rf
FCL.
notI/Jr i
Page
/V\f^ T
UT 70
Art^Flo
o&TiT^
IsfF (
:ri.?TFF
V/OU
TVPP^'"N -
NORANDA EXPLORATION COMPANY LIMITEDCORE SAMPLES -
Property! Hole Number*
SAMPLE FROMmetres
TO WIDTH metres
8.7 8. -7 Val
0.1 M- 4
6^-0
(06 ,1 . t C f
J .
201- fc
NORANDA EXPLORATION COMPANY LIMITEDCORE SAMPLES -
f 3 —^ — ^
Property
K C
Hole Nun
SAMPLE
' \k\~ 2c,^- 34. ^
-76. G
^7,0
fiber* K^
FROMmetres
(i--\, 1
/J f Q
3C61B.Cc)?.o
-S4- "?
TO
/^,32^,2-5^. 1
7fe5s^.?
WIDTH
o-?0-3
0.3
c,. -So,?
^L
^AF\CGA6f2
^A.P^
l^T. 1
AWS.^7
'
VOLcX
so s^^ -7-, rf
•Tt 7V,
i' C
L
•P
:fi
APPENDIX III
ANALYTICAL RESULTS
SENT BY:THUNDER BAY. ONT. 6-29-94 17:45 :ACCURASSAY LABS LTD.- 807 623 0452.# 2/ 2
ACCURASSAY LABORATORIESA DIVISION OF ASSA Y LABORATORY SERVICES INC.
1070 LITHIUM DRIVE, UNIT 2THUNDER BAY, ONTARIO P7B 6G3
PHONE (807) 623-6448FAX (807) 623-6820Page l
NORANDA EXPLORATION CO., LTD, 960 Alloy Drive Thunder Bay, Ontario P7B 6A1
Sample # Accurassay Customer
1 RC-94-1-11.323 Check456789
1011 Check12131415161718192021 Check2223242526272B293031 Check32
14.318.627.337.539.450.659.667.192.792.7
100.4116.6116.8117.1118.0119.0120.0120.9121.8121.8
122.75123.3124.3
124.75125.7126.2127.2127.5128.0128.0128.8
June 28, 1994
Job #944"610
Project # 576 P.O. # 84354
Goldppb
X5^^^C5^1440^^^*5
10766
121514416
135805219273
11841166929141404154325831
7021136765321
GoldOz/t
^.001^.001^.001^.001^.001^.001^.0010.001^001^.001<0.001^.0010.0030.0020.0350.004^.0010.0040.0230.0060.0080.3450.0490.0850.0410.0450.008(0.0010.0200.0330.0220.009
Certified By:
SEM BY: THUNDER BAY. ONT. 6-30-94 : 15:27.:ACCURASSAY LABS LTD.- 807 623 0452:* 2/ 2
ACCURASSAY LABORATORIESA DIVISION OF ASSAY LABORATORY SERVICES INC.
1070 LITHIUM DRIVE, UNIT 2THUNDER BAY, ONTARIO P7B 6G3
PHONE (807) 623-6448FAX (807) 623-6820Page l
NORANDA EXPLORATION CO., LTD. 960 Alloy Drive Thunder Bay, Ontario P7B 6A1
Accurassay
123456789
101112131415161718192021222324252627282930
Sample #
Check
Check
Check
Customer
RC-94-1 RC-94-1 RC-94-1 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2 RC-94-2
-155-155.4-156.4-41.-60.25-60.55-61.7-64.7-80.5-81.3-81.3-81.9-82.1-82.4-99.7-108.-152.1-153.65-177.4-178.4-178.4-179.4-180.4-181.4-182.1-182.3-183.5-183.7-184,6-185.6
June 30, 1994
Job #944622
Project # 576 P.O. # 84356
Goldppb
206615336311956
1013
2392131543124528711<5<5<53417124927<58
2789436571
GoldOz/t
0.0600.0040.001^.001^.001XO.OOI^.001^.001^.0010.0070,0060.0450.0360.008^.001'CO.OOl^.001^.0010.001^.001^.0010.001^.001^.001^.001CO. 0010.0030.0010.0020.002
Certified By:.
ACCURASSAY LABORATORIESA DIVISION OF ASSAY LABORATORY SERVICES INC.
1070 LITHIUM DRIVE, UNIT 2THUNDER BAY, ONTARIO P7B 6G3
PHONE (807) 623-6448FAX (807) 623-6820Page l
NORANDA EXPLORATION CO., LTD. 960 Alloy Drive Thunder Bay, Ontario P7B 6A1
Attention: Al Smith
Sample #Accurassay Customer
July 8, 1994
Job #944640
Project # 576 P.O. #84359
Gold Gold ppb Oz/t
15161718192021 Check2223242526272829
RC-94-2-186.6RC-94-2-187.3RC-94-2-188.3RC-94-2-189.2RC-94-2-190.2RC-94-2-191.2RC-94-2-191.2RC-94-2-191.3RC-94-2-192.3RC-94-2-192.7RC-94-2-193.7RC-94-2-195.0RC-94-2-195.85RC-94-2-196.6RC-94-2-197.6
179199917
246
1922757077069
12342
1252189
0.0050.0060.003^.001^.001<0.00l^.0010.0070.0170.0220.0020.0040.0010.0040.064
Certified By:
ACCURASSAY LABORATORIESA DIVISION OF ASSAY LABORATORY SERVICES INC.
1070 LITHIUM DRIVE, UNIT 2THUNDER BAY, ONTARIO P7B 6G3
PHONE (807) 623-6448FAX (807) 623-6820Page 2
NORANDA EXPLORATION CO., LTD. 960 Alloy Drive Thunder Bay, Ontario P7B 6A1
Attention: Al Smith
Sample # Accurassay Customer
3031 Check32333435363738394041 Check42434445
RC-94-2-198.6RC-94-2-198.6RC-94-2-199.7RC-94-2-200.5RC-94-3-36.6RC-94-3-48.2RC-94-3-57.6RC-94-3-68.9RC-94-3-70.4RC-94-3-90.65RC-94-3-98.8RC-94-3-98.8RC-94-3-102.8RC-94-3-109.0RC-94-3-112.2RC-94-3-123.6
July 8, 1994
Job #944640
Project # 576 P.O. #84359
Goldppb
71501132<5<5<5<5<5<5<5<5449
269<5
GoldOz/t
0.0020.001^.001<0.001<0.001<0.001^.001<0.001<0.001<0.001<0.001^.0010.001<0.0010.008<0.001
Certified
Chem
ex Labs Ltd.Analytical C
hemists ' G
eoohernists ' Registered Assayers
5175 Timberlea Blvd., M
ississauga, O
ntario, Canada
L4W 2S3
PHO
NE: 905-624-2806
To N
OR
AN
DA
EX
PLO
RA
TIO
N C
OM
PA
NY
LIMII R
O
960 ALLO
Y D
RIV
E
TH
UN
DE
R B
AY
, ON
TA
RIO
P
7B6A
1
Project :
576C
omm
ents: A
TTN: AL SM
ITH
Page N
umber
Total Pages
Certificate D
ate: Invoice N
o P
.O
Num
ber A
ccount : 1-A
119-JUL-94
1941960784358B
UF
"CORRECTED COPY" CERTIFICA
TE OF ANALYSIS
A9419607
SAMPLE
2307 A
2307 F
2307 L
2307 H
2307 N
2307 0
2307 P
2308 A
2308 B
2308 D
2308 H
2308 I
RC
-94-1-13.1R
C-94-1-46.35
RC
-94-1-60.9
RC
-94-1-114.1R
C-94-1-145.1
RC
-94-1-154.2R
C-94-2-8.7
RC
-94-2-21.4
RC
-94-2-29.7R
C-94-2-55.4
RC
-94-2-89.0R
C-94-2-106.0
RC
-94-2-134.3
RC
-94-2-170.6R
C-94-2-201.8
RC
-94-3-16.1R
C-94-3-25.9
RC
-94-3-78.6
RC
-94-3-97.0
PREPCODE
208208208208208
208208208208208
208208208208208
208208208208208
208208208208208
208208208208208
208
226226226226226
226226226226226
226226226226226
226226226226226
226226226226226
226226226226226
226
A1203\
14.6814.8812.8614.1714.35
15.1416.2113.6514.6114.67
13.0312.2312.2113.7313.01
12.1112.8012.7614.4313.99
14.0013.3114.02
-' 13.60
'13
.53
14.1313.9014.2115.1313.06
12.29
CaO\
10.8810.210.66
10.437.12
12.233.209.28
11.189.19
1.611.25
12.019.26
11.18
6.319.489.04
10.179.60
11.299.98
11.429.01
10.17
10.7710.0711.17
9.459.98
5.89
Cr203•'.<
0.01<
0.01<
0.01<
0.01<
0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
< 0.01
Fe203\
12.3511.181.13
12.4112.90
12.064.65
12.4013.0511.87
1.756.48
11.6911.3111.05
15.9012.0311.8711.6612.66
12.7211.4211.6911.6010.71
10.1911.2912.9611.6611.44
14.01
K20\
0.120.232.340.250.43
0.161.040.040.140.12
1.002.110.110.040.25
0.180.100.540.100.17
0.190.690.230.430.11
0.080.430.170.130.58
0.64
MgO\
6.905.510.365.962.96
5.450.806.356.4
17.5
3
0.370.865.277.7
36.35
2.8
06.496.247.267.17
5.924.835.115.336.90
5.575.016.1
17.6
06.01
2.40
MnO*,
0.190.170.020.240.17
0.260.080.180.190.17
0.050.280.190.160.18
0.310.190.200.170.18
0.180.180.180.170.18
0.2
10.190.200.170.17
0.23
Na20
\
1.802.294.331.663.15
1.795.410.651.571.99
4.994.711.581.191.27
1.841.421.351.531.90
2.062.382.402.031.54
1.311.941.662.191.60
2.33
P205•',
0.100.090.070.090.20
0.080.240.110.110.09
0.140.110.110.090.10
0.360.100.100.100.11
0.120.110.110.110.09
0.070.080.080.090.08
0.35
Si02\
48.3050.1078.0049.3055.60
48.7066.6045.9048.1048.10
75.4071.7042.8043.7043.20
51.1044.8045.6048.0047.80
47.5044.6049.5047.1046.00
45.4044.5047.8048.0044.10
53.10
Ti02
\
0.931.050.100.871.36
0.940.380.970.960.90
0.400.320.890.750.77
1.570.920.880.871.00
1.030.940.970.870.75
0.750.910.980.870.77
1.58
LOI
\
2.050.951.172.290.37
1.070.438.392.132.95
0.710.34
10.789.68
10.66
5.449.659.354.622.62
2.909.433.078.168.53
9.449.522.363.17
10.16
5.23
TOTAL*
98.3196.67
101.0597.6898.62
97.8999.0597.9398.4697.59
99.46100.4097.6597.6598.03
97.9397.9997.9498.9297.21
97.9297.8898.7198.4298.52
97.9397.8597.7198.4797.96
98.06
Bappm
2020290303020300102010
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Chem
ex Labs Ltd.Analytical C
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5175 Tim
berlea Blvd , M
ississauga, O
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L4W 2S
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: 905-624-2806
To: N
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576C
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Page N
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Total Pages
1 C
ertificate Date
19-JUL-94
Invoice No.
: 19419607 P O
. Num
ber : 84358
Account
BU
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"CORRECTED COPY" CERTIFICATE O
F ANALYSIS
A9419607
SAMPLE
2307 A
2307 F
2307 L
2307 M
2307 N
2307 0
2307 P
2308 A
2308 B
2308 D
2308 E
2308 I
RC-94-1-13.1RC-94-1-46.35RC-94-1-60.9
RC-94-1-114.1RC-94-1-145.1RC-94-1-154.2RC-94-2-8.7RC-94-2-21.4
RC-94-2-29.7RC-94-2-55.4RC-94-2-89.0RC-94-2-106.0RC-94-2-134.3
RC-94-2-170.6RC-94-2-201.8RC-94-3-16.1RC-94-3-25.9RC-94-3-78.6
RC-94-3-97.0
PREPCODE
208208208208208
208208208208208
208208208208208
208208208208208
208208208208208
208208208208208
208
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226226226226226
226226226226226
226226226226226
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110
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5060406015070190707060
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2307050506060606060505060706060
230
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30301030703020303030202030203090303030303030303020303030303090
CUppm
9111565602241331001148759154582922392110108110
10812652120112
11898104958535
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1607445676027100108526026701048087
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APPENDIX IV
LIST OF PERSONNEL
LIST OF PERSONNEL
The following is a list of Noranda personnel who supervised work on the Reserve Creek Property:
NAME
A. Smith J. Sullivan M. Maclsaac
POSITION
Project Geologist District Geologist Geologist
ADDRESS
960 Alloy Drive, Thunder Bay, Ont. P7A 6B4 960 Alloy Drive, Thunder Bay, Ont. P7A 6B4 960 Alloy Drive, Thunder Bay, Ont. P7A 6B4
The following contractors completed work on the Reserve Creek Property:
COMPANY
Northwest Geophysis Ltd.
Midwest Helicopters Ltd.
Accurassay Laboratories
Chemex Labs Ltd.
VYTYL Exploration Services
S. Atlookan
ADDRESS
Box 3262, Thunder Bay, Ont. P7B 5E8
1881 Portage Ave., Winnipeg, Ont. R3J OH3
1070 Lithium Dr. Unit 2, Thunder Bay, Ont. P7B 6G3
5175 Timberlea Blvd., Mississauga, Ont. L4W 3S3
305 - 345 Kingsway, Thunder Bay, Ont. P7E 2A6
Fort Hope, Ontario
WORK TYPE
Diamond Drilling
Drill Moves
Assaying
Lithogeochemistry
Linecutting
Core Splitting
Ministry ofNorthern Developmentand Mines
Ontario
Report of Work Conducted After Recorc^ng Claim
Mining Act
Transaction Number
Personal Information collected on this form Is obtained under the authority of the l this collection should be directed to the Provincial Manager, Mining Lands, Mi Sudbury, Ontario, P3E 6A5, telephone (705) 670-7264.
Instructions: - Please type or print and submit in duplicate.- Refer to the Mining Act and Regulations for re
Recorder.- A separate copy of this form must be completed for each Work Group.- Technical reports and maps must accompany this form in duplicate.- A sketch, showing the claims the work is assigned to, must accompany this form.
900 worn or consult me Mining
Recorded Holders)l-W\ IrvC,
Client No.
Address 7JS~ Telephone No.
Mining Division Township/Area M or G Plan No.
From: ; 9 9 y To: H, 1 9Work Performed (Check One Work Group Only)
Work Group
Geotechnical Survey
Physical Work, Including Drilling
Rehabilitation
Other Authorized Work
Assays
Assignment from . Reserve
Type
Qra^tL Or; !|. V,? ,OOK R C qM-1,2,5 S^-c^Wo
Total Assessment Work Claimed on the Attached Statement of CostsNote: The Minister may reject for assessment work credit all or part of the assessment work submitted if the recorded
holder cannot verify expenditures claimed in the statement of costs within 30 days of a request for verification.
Persons and Survey Company Who Performed the Work (Give Name and Address of Author of Report)Name Address
LViJl.
tAccjkA..fa.Xv3 lcno O. tLrr-1
(attach a schedule If necessary)
Certification of Beneficial Interest * See Note No. 1 on reverse side
l certify that at the time the work was performed, the claims covered in this work report were recorded in the current holder's name or held under a beneficial interest by the current recorded holder.
Date
re^ 9-2 iWf
Recorde/fl/Wolder or Agent (Signature)
JCertification of Work Report X
l certify that l have a personal knowledge of the facts set forth in this Work report, having performed the work or witnessed same during and/or afterIts completion and annexed report Is true,
Name and Address of Person Certifying
?0 r, 60 7T5-Telepone No. Date Certified By (S
For Office Use OnlyTotal Value Cr. Recorded Date Recorded
Deemed Approval Date96
Mining Recorder
Date Approved
Date Notice for Amendments Sent
Received Stamp
IT uy
0241 (KV91)
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Credits you are claiming in this report may be cut back. In order to minimize the adverse effects of such deletions, please indicate from which claims you wish to priorize the deletion of credits. Please mark (c') one of the following:1. D Credits are to be cut back starting with the claim listed last, working backwards.2. D Credits are to be cut back equally over all claims contained in this report of work.3. D Credits are to be cut back as priorized on the attached appendix.
In the event that you have not specified your choice of priority, option one will be implemented.
Note 1: Examples of beneficial Interest are unrecorded transfers, option agreements, memorandum of agreements, etc., with respect to the mining claims.
Note 2: If work has been performed on patented or leased land, please complete the following:
l certify that the recorded holder had a beneficial Interest in the patented or leased land at the time the work was performed.
Signature Date
Ontario
Ministry ofNorthern Developmentand Mines
Minlstere du DeVeloppement du Nord et des mines
Statement of Costs for Assessment Credit
Iztat des coQts aux fins du credit devaluation
Mining Act/Lol sur les mines
Transaction No./N' de transaction
- s g
Personal information collected on this form is obtained under the authority of the Mlnlng.Act. This information will be used to maintain a record and ongoing statusfof the mining claim(s). Questions about this collection should be directed to the Provincial Manager, Minings Lands, Ministry of Northern Development and Mines, 4th Floor, 159 Cedar Street, Sudbury, Ontario P3E 6A5, telephone (705) 670-7264.
Les renseignements personnels contenus dans la presente formule sont recueillis en vertu de la Lo) sur les mines et serviront a tenir a jour un registre des concessions minieres. Adresser toute quesiton sur la collece de ces renseignements au chef provincial des terrains miniers, ministere du Developpement du Nord et des Mines, 159, rue Cedar, 4" stage, Sudbury (Ontario) P3E 6A5, telephone (705) 670-7264.
1. Direct Costs/CoQts directs
Type
Wages Salalres
Contractor's and Consultant's Fees Drolls da ('entrepreneur et de I'expert- consell
Supplies Used Foumltures utilise**
Equipment Rental Location de materiel
Description
Labour Main-d'oeuvre
Field Supervision Supervision sur le terrain
Type
OCb.*rnwlOritt,'lNlj
(tafrH^
Type f t - eLCLW^^C feAW-|ln\*v-r,
Cex*. IVsf&Y ^**(PM
*^VAip.rwA-
Type
Amount Montan)
&00-CC
350000
m**-
fcSo-co
MOIKT-
Total Direct Costs Total des coQts directs
Totals Total global
GMoo-cO
SWcO
fjc-ce
-
5?,9X-OD
2. Indirect Costs/CoQts indlrects* * Note: When claiming Rehabilitation work Indirect costs are not
allowable as assessment work.Pour le remboursement des travaux de rehabilitation, les coQts indirects ne sont pas admissibles en tant que travaux devaluation.
Type
Transportation Transport
Food and Lodging Nourriture et he bargemen!Mobilization and Demobilization Mobilisation et demobilisation
Description
Type
^wA Uj^vtj
^flWh -1**n
ilcbnl
OriH to * CUT of
fco^lJ^f
Amount Montant
5"8fct-oo
600-00
Vow-cfcSub Total of Indirect Costs
Total partlel des coOts IndlrectsAmount Allowable (not greater than 20H of Direct Costs) Montan! admissible (n'excedant pas 20 H des coOts directs)Total Value of Assessment Credit Valeur totale du credit [Total of Direct and Allowable devaluation Indirect co*U) (Total des coOlt dined
Totals Total global
SSfeo-OO
feco-00
kOOOtJC
10466-00
toHtfc-oo^G^'Od
tt Indirect! admlnlbl**
Note: The recorded holder will be required to verify expenditures claimed in this statement of costs within 30 days of a request for verification. If verification is not made, the Minister may reject for assessment work all or part of the assessment work submitted.
Note : Le titulaire enregistrd sera tenu de verifier les depenses demandees dans le present etat des couts dans les 30 jours suivant une demande a cet effet. Si la verification n'est pas effectuee, le ministre peut rejeter tout ou une partie des travaux devaluation presentes.
Filing Discounts
1. Work filed within two years of completion is claimed at 1000xb of the above Total Value of Assessment Credit.
Remises pour depot
1. Les travaux deposes dans les deux ans suivant leur achievement sont rembourses d 100 •ft de la valeur totals susmentionnee du credit devaluation.
2. Work filed three, four or five years after completion is claimed at 50"M) of the above Total Value of Assessment Credit. See calculations below:
Total Value of Assessment Credit Total Assessment Claimedx 0.50
2. Les travaux d6posds trois, quatre ou cinq ans apres leur achievement sont rembourses a 50 "Vb de la valeur totale du credit devaluation susmentionne. Voir les calculs ci-dessous.
Valeur totale du credit devaluationx 0,50
Evaluation totale demandde
Certification Verifying Statement of Costs
l hereby certify:that the amounts shown are as accurate as possible and these costs were incurred while conducting assessment work on the lands shown on the accompanying Report of Work form.
that as UtvvAi(Recorded Holder, Agent, Position In Company)
to make this certification
Attestation de l'6tat des coOts
J'atteste par la presente :que les montants indiques sont le plus exact possible et que ces defenses ont 6te engagees pour effectuer les travaux devaluation sur les terrains indiques dans la formule de rapport de travail ci-joint.
l am authorized Et qu'a titre de je suis autorise(lltulalre snregislri, representant. poste occupe dans la compagnle)
a faire cette attestation.
Signature
0212 (04/911
Date
Nota : Dans cette formule, lorsqu'll ddsfgne des personnes, le masculin est utilise au sens neutre.
i
TB U!-^ T TB TB;TB ITB ^/t TB ^ j
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1196534
1196532
ni 96.4611196466 .
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QwORK DONE ON
WORK RECORDED ON
OUTLINE OF CONTIGUOUS CLAIM GROUP
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THE INFORMATION TM4T APPEARS ON THIS MAP HAS BEEN COMPILED FROM VARIOUS SOURCES, AND ACCURACY IS NOT GUARANTEED. THOSE WISHING TO STAKE MIN ING CUMMS SHCXILD CON SULT WITH THE MINWQ RECORDER, MINISTRY OF NORTHERN DEVELOP MENT AND MINES, FOR AD* DITIONAL INFORMATION ON THE STATUS OF THE LANDS SHOWN HEREON
IggWW-* l 10865661*,TB-^TTB--Hf^mujn ! ujiiui^jpuii^ jnjuTJ 0 ''^T^aST-l ' qHPfei^ggfel*?** U ^-H*gggS{1?gggi}.*!5!!fe 15S?J. -j-T-I-K--J.--5B---- - - """. ~[ ~_Z7^* 1~TB ' TB TB l TB^-^ 'j IB" ' l TB |TB TB -
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RESERVE NO-64
1196532 LEGENDHIGHWAY AND ROUTE No
,OTHER ROADS TRAILS SURVEYED LINES
TOWNSHIPS, BASE LINES, ETC. , LOTS, MINING CLAIMS, PARCELS, ETC. UNSUfWEYED LINES ' \
LOT LINESPARCEL BOUNDARYMINING CLAIMS ETC.
RAILWAY AND RIGHT OF WAY UTILITY LINES NON PERENNIAL STREAM FLOODING OR FLOODING RIGHTS SUBDIVISION OR COMPOSITE PLAN RESERVATIONSORIGINAL SHORELINE
"MARSH OR MUSKEG MINES TRAVERSE MONUMENT
M*g* c. '__* l c i-^" '^" jaMMsM bftftsMslfr innnafcai l^^ -^••^PW^w ' ^^•'WTWW .^WV^^V^ \
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^.... ———— . ———L—— —— —— -L—— -————- J
DISPOSITION OF CROWN LANDS
TYPE OF DOCUMENTPATENT. SURFACE 8. MINING RIGHTS
. SURFACE RIGHTS ONLY^.
.MINING RIGHTS ONUY*.l...... t|ii......^!!. OLEASE, SURf ACE ft MINING RIGHTS
" .SURFACE RIGHTS ONLY " , MINING RIGHTS ONLY
LICENCE OF OCCUPATION
SAND ft GRAVEL __jC . - '' LAND USE PERMITS FOR ''''
NOTE: MINING WlQHTt IN^FAMCE.LB PATINTEO^Nlori TO MAY 6. 1913, VESTED IN ORIGINAL PATINTEE |V THE PUBLIC LANDS ACT. NCO 1470, CHAT 4 MO, SEC 63. BUB8EC 1
SCALE. 1 INCH * 40 CHAINS
AREA
VEEKAY LAKEMN R ADMINISTRATIVE DISTRICT
GERALDTONMINING DIVISION
THUNDER BAYLAND TITLES/ REGISTRY DIVHSIOH
KENORAVPATRICIAE AB AM E T LAKE
Ministryof LandNatural ManagementResources
36' 3T
SHAVER LAKE G-44O
42M12SE0013 W9540 52 VEEKAY LAK?200
10700 N
.P. LEGEND
shear e.g. pMow flow10500 N
CHARGEABILITYP <8 mv/v
P b-;5 mv/v
10300 Nsheorddmcrficvolcanic
MAFICA ZONE "
DMI MWtCIOn . j6J00A Au 1 154m f
oper it (tepVi (beiovABEM CONDUCTOR (APPRO*. LOCATIONS
MAGNETIC SULPHIDE HUMUS ANOMALIES Au ±Wo
(GEDDES RESOURCES 1963)ZONE10000 N —
5L 1C"00 N ^067')A994 DRILL HOLE
(TUNGSTEN
bosatt tt rhyolflej * diabase VX 9700 N —
i sulph'de zone po.py.cpy
conductorint ^uff * rtiyofite^
l FOLIATED BASALT
9500 N'—
HEMLOALBITE GRANITENORAHDA EXP^mAHON C*., LTD - THUNDER BAY, OMIMV
N.W. ONTMOO OBTRICT
RESERVE CREEK FORT HOPE AREA
COMPILATIONSeal* : 1:5.000
Drown by : R KRUSE
Revised - MARCH 199-4 Project number : 1376
File number : GEOLOGY
94-294-1
B ZONE A ZONE
MAFIC TliJFi
lCUATED BAS&L7
SURFAC PLAN
DRLL HOLE
gt Aumeters
g/t Au x METERS
20 ?0
HEMLOGOLD KORANDA EXPLORAnON C* , LTD - THUNDER SAY,
WEST PRECMIMMN DISTRICT
RESERVE CREEK PROJECT94-294-1FORT HOPE AREA
COMPILATION MAPInterpreted by : AL SMITH
IONDNALLONGTlfile number : LONGPLAN
42M12SE0013 W9540 52 VEEKAY LAKE
10000
GB8-4 P82-4 P82-3 RC-94-1 10000
ANDESITE VpO'Py
ANDESITE TUFF
9950
TB1196463Casng
Chlorite- Anphlbole Se hi s
Foliated Mafic Vo conic/nod cole.
Folia-ted Intermediate Tuff/ tr cole mod c
9950
"f./*? f]MA/NETIC SULFIDE ZONE - py,| ant9., f
Foliated Mafic Volcanic/nod cole, cW/OX py, p
Fo ated Internediate Tuff/nod chl, blo/tr py, po
' Follatec Mafic Volcanic/nod chl, wk calc/tr py, po
9900 9900
Mogn*tit* Tuff wk to nod chl, cala, strong sil/SX
Foliated Mafic Volcanic/nod chl/calc/^X py, po, t
Interntdio-te Tuff/ BQE/nod cole, chl/
Hornblende Di or it e/wk chlAlX dlss po
;1X py, po
165.00 n. RC-*4-l
9850
42M12SE0013 W9540 52 VEEKAYLAKE lfevunxs
9350 IDRANDA KNING l EDfLDRATIDN INC
230
RESERVE CREEK
SECTION 9025EAu SutphMg Zcmc Cfl/t X n)
PROJECT M 576SCALE' L/SIO
FEJ 1995HP 7S9S
o o
o in o oo o
10000 161-10
CASING
CHLORITE SCHIST X TUFF - BIDT
TUFF X CHLORITE SCHIST * py,po
RC-94-2
TUFF X CHLORITE SCHIST -minor blot
9950
TB1196463
Foil
Mafic Volcan
Foliated Intermediate TuffXmod calc and chlxaX9|9ftO
\r 10000
Casing
ated Mafic Volcanic, chl-amph
c, pillow to pillow brecclaXchl anc
istXwk chlXtr
Mafic VolcanlcXstr calc. wl chlXOX py, po, cpy
Banded Intermediate TuffXchl an ph, calcX2-3X po, p
Mafic VolcanlcXchl, calcXtr po, py, cpy
9900 Foliated Intermediate TuffXmod chl, calcAlX po, p 9900
Foliated Mafic VolcanlcXstr calc, nod chl
Follate( Intermediate TuffXmod chl and calcXtr py,
Mafic VolcanlcXstr calc, wk chl, epldXtr py, po9850 9850
Magnetite TuffXwk to mod chl calc, sllXSX po, py
zo O
Foliated Mafic VolcanlcXstrong calc, nod chlX^X p
9800 42M12SE0013 WB540 52 VEEKAY LAKE 240 9800
oinoo
REVISIONSfDRANDA MINING i EXPLDRATIQN INC.
RESERVE CREEK
SECTION 9120EAu Sulphide Zone Cg/t X it)
PROJECT No. 576SCALE. 1/600
FEB. 1995HP 7395
10000
9950
TB1196461RC-94-3
Casing
Mafic Volcanic/nod chl, wk cole
Gasloro, sill/wk chl, uralite
10000
'Foliated Ma f c Tuff/wk chl local sllAlX po, py
^950Mafic Volcanic/wk chl, sil/- py-po
Foliated Intermediate Tuff/wk chl, str. ale XIX p
Magnetite Tuff/blot, calc, sll/l-SX po, py
9900 9900
Foliated Mafic Volcanlc/wk chl, cala anph/tr po,
9850 9850
42M12SE0013 W8S40 52 VEEKAY LAKE 250ol
kEVIttONJl DRANDA MINING t. EXPLORATION INC
RESERVE CREEK
SECTION 10500E
PROJECT No 576SCALE' 1/500
FEB 199SHP 7595