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GOLD OPTION I
Okanagan F a l l s , B . C .
8 2 E 6 W GEOCHEMISTRY 1984
]c. D. Spence August 15, 1984 J
CLAIMS: Gold, Golden 1, Golden 2 . Osoyoos Mining D i v i s i o n 49O 1 7 ' N , 119' 19 ' W.
- OWNER: Gold - P. 0. Nie l sen Golden 1 6 2 - K. L.?Daughtry
OPERATOR: Rio Algom Exploration fnc,
AUTHOR : C. D. Spence C
DATE: August 15, 1984 - G E O L O G I C A L B R 1 N C H A S S E S S M E N T R E P O U T
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GOLD OPTION OKANAGAN FALLS, B . % .
GEOCHEMISTRY 1984
TABLE OF CONTENTS
Summary
Introduction 1.1 General 1.2 Location, Access and Topography 1.3 Property 1.4 History
Geology 2.1 Regional 2.2 Property
Work by Rio Algom
Geochemical Results
Conclusions
Recommendations
References
Appendices
Analytical Results Acme Laboratories
Statement o f Qualifications C. D. Spence
Cost Statement
Figures
Histogram As ppm
Histogram Cu ppm
Histogram Pb ppm
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6b
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3F CONTENTS CONT.
Maps
Location and Claim
GC - 8031 V. Geochemistry,
GC - 8032 V. Geochemistry,
GC - 8033 V. Geochemistry,
lap.
Page
As ppm, Au ppb. Pocket
I t cu PPm, Pb PPm
Ag PPm, Sb PPm I 1
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GOLD OPTION Okanagan Falls, B.C.
8 2 E 6 W
GEOCHEMISTRY, 1984
After examination of a gold prospect on the Gold property located 27km east of Okanagan Falls on the Shuttleworth Creek road, Rio Algom Exploration negotiated an option agreement with the E 6 D Joint Venture and carried out a soil sampling programme in July 1984.
Alteration and quartz-carbonate veins are pyritized and contain gold and silver. They occur in andesitic tuffs clf Tertiary-age in an outlier on Monashee gneisses and Valhalla granitic rocks and may be correlated with rocks clf the White Lake basin to the west.
Soil samples were collected over 22.9km on lines at 50 or lOOm spacing, at 25m intervals, and analysed for Ag, As, Au, Cu, Pb, and Sb. Results show a trend of anomalies t o the southwest from and along the strike of mineralization. As, Ag and Cu yield the most distinct anomalies while Pb is discontinuously anomalous near known mineralization. Sb is nowhere anomalous and Au is only so in scattered samples.
The trend o f anomalies is of interest. Geological mapping and a magnetic survey are recommended.
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1.1
1 . 2
. . GOLD OPTION
s Okanagan F a l l s , B . C . 82 E 6
Geochemistry, 1984
1.
General
INTRODUCTION
This r e p o r t d e s c r i b e s t h e r e s u l t s of t h e f i r s t phase of work by Rio Algom E x p l o r a t i o n Inc . on t h r e e c l a ims h e l d under o p t i o n from t h e E 6 D J o i n t Venture . The c l a i m s , a d j o i n i n g o t h e r s h e l d by Lacana Mining Corp.6 j . o i n t 'ven turers c o v e r a g o l d p r o s p e c t which was examined by Rio Algom i n May 1984.
The i n i t i a l work r e p o r t e d on h e r e comprised a s o i l sample su rvey o v e r 2 km o f l i n e . R e s u l t s a r e g iven and recommendations made.
Loca t ion , Access and Topography
c e n t e r e d on 49 1 7 . 1 ' N and 1 1 9 1 9 . 2 ' W. I t l i e s eas t o f Venner Meadows, t w e n t y - s i x k i l o m e t r e s from Okanagan F a l l s on t h e S h u t t l e w o r t h Creek logg ing road . The l o c a t i o n of t h e claims i s shown on t h e map L-6782,j.n t h i s r e p o r t .
Access i s e a s y by f o l l o w i n g t h e logg ing road which i s s u i t a b l e f o r a l l v e h i c l e s and t r a v e r s e s t h e p r o p e r t y Erom i t s w e s t e r n t o i t s e a s t e r n edge. The main a r e a o f c u r r e n t i n t e r e s t i s a t approximate ly 27km on t h i s road .
The propeSty i s on NTS Mapo82 E 6 W and i s
The p r o p e r t y l i e s on t h e Okanagan p l a t e a u w i t h g e n t l y r o l l i n g topography. I t i s a t 4500 - 4900 f t . e l e v a t i o n w i t h much o f t h e p r o p e r t y i n a low d e p r e s s i o n . Solco Creek t r e n d s a c r o s s t h e wes te rn claims and f l a n k s a l a r g e a r e a o f outwash g r a v e l s t o t h e wes t .
The a r e a s i s covered m o s t l y by second growth f o r e s t w i t h much w i n d f a l l .
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1.3 Property
The optioned property consists of three claims as follows and shown on the map L-6782.
CLA IM UNITS RECORD OWNER DATE -._
12 652 P. P. Nielson 1 March Gold Golden 1 12 1561 K. L. Daughtry 15 July Golden 2 20 1562 K. L. Daughtry 15 July
All in the Osoyoos Mining Division.
Field checks show that claims are as shown on this map and not as depicted on claim map issued by the B. C . Ministry of Energy, Mines and Petroleum Resources.
The E 6 D Joint Venture is formed of K. L. Daughtry and Associates and Energex Minerals Ltd.
1.4 History
Gold - silver mineralization was first uncovered in 1973 and staked as the Au - Rain claims when mineralization was exposed in a road - cut. Some trenching was done. Later that year Teck Corp. performed limited geophysical surveys and sampling
. and found some anomalous gold. Later work lead to the conclusion that the mineralization was very 1 imi ted.
In 1975 after the owners carried out some trenching, Granby Mining Corp. sampled trenches and outcrops but concluded that mineralization was erratic
- After this and minor work by the holders the claims lay dormant and lapsed in 1978.
P. P. Nielsen staked the Gold claim in 1979 for the present owners and the Golden 1 and 2 claims were added in 1982.
The E 6 D joint venture carried out an orientation geochemical survey collecting 39 samples on claim - lines in 1980 (Daughtry etd 1981) and in 1982 after adding to the property carried out an orientation
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yvlr
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magnetic survey over 2.lkm of flagged line and along the road over the area of geochemically anomalous soils and known showings (Daughtry, 1982). To follow up on.this orientation work a fuller survey of 5km of line was done by Nielson Geophysics in 1983 (Nielsen, 1983). Later this same grid was covered by soil sampling at 25m intervals (171 samples). Anomalies were found in arsenic, silver and gold, generally corresponding to an area of low magnetic response.
Lacana Mining Corporation for the Canadian Minerals Joint Venture acquired claims to the north- east of the showing in 1980 and have worked these and others added to the west and east. Lacana have drilled about 20 drill holes on the Venner 1 claim and some of these are about 25m from the Gold Claim. Results of this work are not known.
Rio Algom, following examination of the prospect on the Gold claim, negotiated an option to acquire an interest in the E D Joint Venture holdings. The agreement is dated 6 July 1984. Work by Rio Algom commenced immediately on conclusion of this agreement.
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2. GEOLOGY
2. :L Regional
The Gold property lies over part of a 10 X 4km outlier of Tertiary volcanic and sedimentary rocks lying on metamorphic rocks of the Monashee Group and parts of the Mesozoic Valhalla granitic rocks ( G . S . C . 1961). It has recently been proposed that the Tertiary rocks are thrust over the,basement (Templeman - Kluit, 1984 - personal communication).
Tertiary rocks of the inlier, consisting of andesitic and rhyolitic flows and tuffs overlying sedimentary rocks along the southern portion of the inlier, are correlated generally with rocks of the White Lake Basin to the West with which they were probably coextensive prior to faulting etc.
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2.2 Property
No mapping of the property had been done by Rio Algom at the date of this report. Previous work and brief examination show that the area of mineraliza- tion is underlain by green felspar porphyritic andesite flows and related tuffs.
A probably northeasterly trending zone of pyritisa- tion and silicification is exposed on both sides of the road near line 250 N, 25 W. Within this are zones up to 2.5m wide of brecciated quartz - carbonate. Sampling of this by Rio Algom yielded 4.8 g/t Ag, 4.0 g/t Au over a width of 2.5m.
Anomalous arsenic with this mineralization and alteration suggest a target for an epithermal gold- silver system as known in similar Tertiary rocks at the Dusty Mac deposit and the Vault prospect near Okanagan Falls.
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1. WORK BY RIO ALGOM
To the date of this report Rio Algom completed a soil
Field work was done by Van Alphen Exploration Services
sampling programme over 22.9km of flagged lines.
o:E Smithers, B.C. from the 6th to the 13th July, 1984, with travel daily to the property from Okanagan Falls.
grid lines at 50m intervals in the central area and lOOm intervals further to the north and south.
Sampling was done following flagging of a base line and
Eight hundred and eighty eight samples were collected f:rom stations at 25m spacing. No samples were collected f:rom twenty eight stations where no suitable soil was available.
Samples were of the c ' B r c soil horizon and collected at depths o f 10 - 30cm. Samples were placed in Kraft paper bags marked with station coordinates and shipped to Acme Labs in Vancouver. For all samples a 0.5g sub-sample was digested in 3ml 3-1-3 HCL HNO - H o diluted and analysed for 6 elements by Induced Couf7led hasma techniques. Gold content was analysed by Atomic Absortion after digestio~ o:E a log sample in hot dilute aqua regia and ignition at 600 C
All results are listed on the certificates in Appendix I.
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4. GEOCHEMICAL .RESULTS
Results of analysis for the six elements, Ag, As,Au,Cu, Pb, Sb, thought to be direct or indirect indicators of the sought mineralization are plotted on the maps with this report. (Dwgs. GC - 8031 V - As, Au; GC - 8032 V - Cu, Pb; GC - 8033 V - Ag, Sb).
Examination of results showed that statistical treatment was valid only for As, Cu and Pb results, as shown in figures 1, 2 and 3.
Anomalous values from these were based on the 95 percentile as follows:
AS - .10PPm cu - 718PPm Pb - 7llPPm
By inspection, levels for anomalies for the other elements are set at;
Ag - 70.2ppm AU - 715ppb Sb - 73PPm
At these levels clear anomalies can be seen in values of arsenic and copper and more vaguely for lead and silver.
Gold ranging from 5 - 480ppb shows no pattern, with high values scattered over the central part of the grid.
Antimony, apart from several higher values that may not be anomalous, is low over the entire grid.
at 0.3 - 0.7ppm but, apart from a recognizable concentratior near the road and known mineralization on lines 150 - 450 N, an.d at the western ends of lines 200 and 250 S , presents no strong pattern or highly anomalous values.
Silver, while mostly at O.lppm has scattered stations
Arsenic is clearly anomalous in the area southeast of’ known mineralization and in a smaller anomaly to the west.
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Page 7
I Copper is anomalous in three areas, the main and
strongest.are o f which is on the eastern end o f lines 100 - 400 S and on the trend formed by anomalies for arsenic and silver, and the gold silver mineralization.
Lead is anomalous in scattered single or double statio] (anomalies and in a vague area around the mineralization, ie. east of the base line from 100 - 300 N.
Only anomalous areas for copper, silver and arsenic can and have been contoured on the maps.
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5. CONCLUSIONS
The soil sampling shows no strong anomaly over or clmtinuous with known mineralization. Weak or vague concentrations, however, o f lead, arsenic silver and some glDld occur over the altered mineralized exposures. More distinct arsenic and copper anomalies together form a southwesterly trend continuous with this area. This pattern o f anomalies is not understood but may be due tl3 the very variable nature and thickness of overburden and/or a metal zoning in a large mineralizing system. T h i s essentially anomalous area southwest from the eastern margin o f the Gold claim to Solco Creek is continuous with t'he area drilled by Lacana. Though anomalies are not strong, background is low and this general zone warrants m3re work.
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6. RECOMMENDATIONS
Based on p a s t work which i n g e n e r a l d e t e c t e d t h e same p a t t e r n geochemica l ly and because work by Lancana has shown t h a t a gold - b e a r i n g zone was r e f l e c t e d i n only i s o l a t e d anomalous v a l u e s , e s p e c i a l l y f o r g o l d , i t i s proposed t h a t work be con t inued and t h a t , a s o r i g i n a l l y planned, t h e a r e a of t h e g r i d be covered by g e o l o g i c a l mapping, rock geochemis t ry , a d e t a i l e d magnetic su rvey and VLF su rvey . C o n s i d e r a t i o n should be g iven t o u s i n g t o t a l f i e l d and g r a d i o m e t r i c methods f o r t h e magnet ic su rvey .
Vancouver ,July 1 9 8 4
C. D. Spence
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Paee 10
Church, 13. N.
- - - -
Daughtry , K. L.
Daughtry, K.L. Gilmour, W.R.
Nielsen, P.P.
REFERENCES
(1977)
(1973)
(1970)
(1969)
(1982)
(1981)
(1976)
(1975)
(1974)
(1973)
(1961)
(1983)
Tertiary Stratigraphy in South Central B.C. in Geological Fieldwork, 1977 B.C. Ministry o f Mines 6 Petroleum Resources.
Geology o f the White Lake Basin. Bulletin 61 B.C. Department o f Mines 6 Petroleum Resources.
GEM pp 396-402. B.C. Department o.f Mines and Petroleum Resources.
GEM pp 294-296
Geophysical Assessment Report on the GOLD Property Osoyoos Mining Division, B.C.
Geochemical Assessment Report on the GOLD Property, Osoyoos Mining Division, B.C.
pp E26-27 AU, RAIN
p E21 AU
P 56 AU and DUSTY MAC
P 4 7 ' AU
Map 15. Kettle River W. Half 1 . 2 5 3 , 4 4 0
Geophysical Assessment Report on the GOLDEN and GOLD Mineral Claims, Osoyoos Mining Division.
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APPENDIX I1
STATEMENT OF QUALIFICATIONS
I am a geologist residing at 675 Burley Drive, West Vancouver, B.C. and am employed by Rio Algom Exploration Inc. o f Suite 520, 800 West Pender Street, Vancouver, B.C.
I graduated from the Royal School of Mines, London, England in 1955 with a B.Sc. Honours (Special) in Mining Geology and have practised my profession since then.
I have worked for Rio Algom and associated companies since July 1955 in several provinces in Canada and in B.C. since 1974 as Manager Western Canada of Rio Algom.
I am a Fellow o f the Geological Association of Canada and a Member of the Canadian Institute o f Mining and Metallurgy.
I supervised the programme of soil sampling done by contractors on the Gold property in July 1984.
C. D. Spence
Vancouver, B.C. July 1984
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ACME ANALYTICAL LaBORATORIES LTD. DATE RECEIVEDr JULY 16 1984 8'- E.HASTINGS ST.VANCOUVER B.C. V6A 1R6 -NE 253-3158 DATA LINE 251-1011 DATE REPORT MAILED:
G E Z O C H E M I C A L I CP A N A L Y S I S
,500 6RAl SAIPLE IS DI6ESTED WITH 3HL 3-1-3 HCL-HN03-HZO AT 95 DE6. C FOR ONE HOUR AND IS DILUTED TO 10 HL WITH WIITER. THIS LEACH IS PARTIAL FOR HN,FE.CA.P.CR.H6.BR.TI.B.IIL.NA.K,Y.SI.ZR.CE.SN.Y.NB AND TA, AU DETECTION LIHIT BY ICP IS 3 PPH. - SAHPLE TYPE: SOIL AU1
ASSAYER:
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RIO ALGOM
SAMPLE#
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ON 7 5 E : O N 1OOE ON 12E:IE O N 15CIE ON 175E
ON 325E ON 350E ON- S75E ON 460E ON 425E
ON 450E ON 475lE STD S-l/AU-0.5
FHOJECT # 8808 FILE ## 8411587,
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PAGE 9 RIO ALCOM PROJECT # 8808 FILE # 84-1583
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PAGE 6 FILE # 8 4 - 1 5 8 3 RIO f4LGOM PROJECT # 8808
cu PB A t PPM PPM PPM
AS SE AU1: PPM PPM PPB
SAMF>LE#
2 5 5 c.)
L
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7 5
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4 .1 1 01 4 .1 2 - 1 1 .1
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t= J
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CI 2 L
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5 6 8 5 6
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5 5
5 5
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1 1 7 5 5 5
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1 3 4 .1 i5 t .1
124 1 1 7 33.0
W RIO ALGOM
SAMPLE#
2 . 5 s 175W 2.5s 15OW L.5E 125w 2.5s lO0W 2.5s 75w
2.5s 5ow 2.5s 25w 2.5s OE 2.5s 25E 2.5s 50E
2.5s 2.5s 2 .5s 2 . 5 s L. 5s m
75E 1 OOE 125E 15OE 175E
2.5s 325E 2.5s 350E
e , 2.5s 375E 2 . 5 s 4O0E 2.5s 425E
2.5s 450E 2.5s 475E 2.5s 5OOE 3s 4:50w 3s 425w
PROJECT #
cu PFM
12
t 7 6
5 5
-I 8
7 I
7
A
7
b 6 7 7
-#
6 & 8 -?
12 5 8 9 7
8 t,
18 17
1s 25 13 15 27
9 10 125
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FB PPM
4 4 4 4 7
7
J c
4 2 1
1 b 4 3 T 4
4 4 1 2 3
4 1 4 2 2
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8808
AG PFM
91 - 1 .l . 1 .1
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A S PPM
4 4 7 3
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128
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## 84-1583
SB AUS FPM PPI3
2 5 2 J
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PAGE 7
.
RIO
SAMPLE #
ALGOM FROJECT # 8808 F-ILE # 84-1583 FAGE 8 w cu PB ' AG AS SB AUS
F P M PPM P P M PPM FF'M PPE
3s 3s 3s 3s 3s
225W :ZOOW 1.75w !I 5ow I. 25w
7
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FILE # 84-1583 PAGE 9 RIO RLGOM PROJECT # 8808
cu PR AG FPM PPM PPM
- AS SB AUS PPM PPM FPE
SfiMFLE#
4s 3oow 4s 2:75w 4s 2:5ow 4s 2::5w 4s 2oow
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4 rn L 5 0-l
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4s 5ow 4s 2:sw 4s OE: 4s 2fSE 4s 5OE
28 b
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CI L
2 2 2 2
2 5 2 J
2 5 2 5 2 5
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4s X E 4s l0OE 4s 125E 4s 133E 4s 1 ~ 7 5 ~
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RIO CSLGOM PROJECT # 3808 FILE ## 84-1583 PAGE 10
SAMPL.E# cu F'B AG As SB AUS a
FFM PPM .FPM PFM FFM PF'E
8 5
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1 ;75w 1 :iOW 125w 1 (!OW
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STD IS- 1 /AU-C). 5 12s 116 Z l . ? 118 so 520
RIO
SAMPLE#
bS OE bS 25E 6s 50E 6s 75E 6s l 0 O E
6s 1 2 5 E 6s 1 5 0 E bS 1 7 5 E 6s 200E tS 225E
6s 250E 6S 275E
ALGOM PROJECT # 8808
cu rm 7
8 7 8
c 4
7 5 e J
c J
3
L 9 7 8
I 9
32 18 24 1 6 4
9 8 ? 4
1 0
c, 6
t, c J
c 4
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STI) S- 1 1 AU-@ .5 1 2 4
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7 4
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4 2 - 3 3 T
1 1 3 1 0 7 m a2
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1 i5
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7 4 1
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1 1 7
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b
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FILE ##
AS PFM
2 4
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c) L
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84-1583
SE AUS PPB
5
5
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PCSGE 11
5
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5 5 . 5 5 5
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PAGE 1 2 RIO ALGOM PROJECT # 8808
SAMFILE# SB AUX PPM PPM PPM PPM PPM FFB cu PB AG AS
6s 300E 6s 325E 6s 350E 6s 375E 6s 4OOE
5 -. 3
L .I 3 .1 3 - 1
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2 5 2 d
2 5 2 d
5
e
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6s 425E 6s 450E b S 475E 6s WOE 7s 650W
2 b 2 2 7
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7s 625W 7s b00W 7s 575w 7s 5150w 7s 525w
2 5 2 5
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4 9 L
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7s 2I@OW 7s 475w 7s 43OW 7s 425w 7s 400w
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7s 3875W , 7 s 350w
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,
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7s (!E 7s 25E STD S-l/AU-O. 5
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PAGE 1 3 PROJECT # 8808 RIO ALGOM
PI3 . . A G FFM PPM
AS F F M
S B F F M
AUS PPE .
SAMPLE# cu PPM
c) 4 . L
b .1 4 .1 4 9 1 t .l
'T 4
2 2 5 c) L
4
2 -. 3
7
rl
-1
c)
c 4 5 5
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7s 50E 7s 7 5 E 7s l O O E 7s 1 2 5 E 7s 1 5 9 E
1 1 1Q 4
7 -.I
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2 2 2 -8 L
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5
5
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c 3
7s 17'5E 7s 200E 7s 2Z!5E 7s 250E 7s 27'5E
, - 1 1 1 . 1 8 0 1 4 9 1 3 - 1
7
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4 15 ? e J
t . I .1
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c J
2 2 2 2 2
2 2
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5 IC J
5 5 5
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1 4 1 5
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7 9 1 7 .1 5 .1 5 .1 1 8 0 1
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7s 42!5E 7s 4ZiOE 7s 47'5E 7s 5 C O E 8s 7 C O W
2 2
2 c.) L
c) L
-8 L
2 2
2
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5 5 5 5 5
4
8 8
1 4
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1 1 - 1
5 5
5 5
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5 t b t
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8 s . & . J W =p'C
8s 5 C O W 8s 475W SS 4EiOW 8 s 4215W
2 c? L
c1 L
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5
5 5 5
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0 1 5 9 1 5 9 1 4 - 1 7 01
c 4
2 2
s 1
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530
8 1 0
1 2 6
7 0 1 8 .1
1 1 9 32.1
r\ L
2 147
.
PAGE 14 RIO ALGOM PROJECT # 8808 FELE # 84-15825
SAMPLE# cu F'B AG AS SE A U S YPM PFM PFM PFM PFM PPB
8s 225W 8s ZOOW 8s 175W 8s 150W 8s 125W
t 4 4 4 12
L - 4 6 3 . 1 5 3 . 1 ' 4 3 . 1 4 7 .l 3
2 2 2 2 2
. 8 S 100W 8s 75W 8s SOW 8s 2'5W 8 s OE
b 18 9 7
10
c) b .2 5 . .A 9 .2 2 2
. 1 10 2 t .I 8 2
.l 7 2
c J
7
e 3
5 5; 5 . e J
ES 2!5E 8s 50E 8s 75E 8s 100E 8s 125E
t 5 5 5 9
1 .1 4 .1 2 . 1 1 . 1 8 . 1
2
2
2
3 &
c) CL
5
5 5
c J
c J
8 s 1'50E 8s 1'75E 8 s 2100E 8s 225E 8s 250E
6
s t
145
7 4
. 1
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t, 4 2 3 f J
2 2
2 2
CI L
5
5 5 5
e J
8s 2'75E 8 s 300E
8s 3150E 8s X75E
' 0 8s 325E
5 6
27 10 7
2 2
10
3 CI L
.l
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.l
-8 L
2 1 0
8 5
2
2 2 . 2
c) L
5
5 5 5
LT LI
8 s 400E 8s 425E 8s 4!3OE 8s 4:75E 8 s 330E
4 . 3 . .1 . l
7 .1 2 .1
-.. 3 7 L-
10 7 8 c 7
c 2 d
2 5 9
2 5 5
c) L
c) L
7 8 8
t I .1 1 .1 2 .I
8 8 8
8
e J
9s 700w 9s 6'75W 9s &!SOW 9s b25W 9s 600W
8 - 1 -? L 7
6 1 . 1
9s 5'75W 9s 5mw STD !3-1 /AU-O 5
11 6 . 1 10 12 5 .I t
124 117 . z 3 . 4 124
5 2 ' 5
81 520
c) L
F R O J E C i # 8808 RIO CILGOM FILE # 8 4 - 1 5 8 3
SAMPLE# cu PI3 AG PFM FFM PFM
AS S B AUS F ' F M PPM PPI3
?E :i2!5w 9s :5oow 9s 475w 9s 450w 9s 425w
9 8 .' - 3 . 1 8
9 c .1 8 7 .1 7 4 . 1
7 0 5 e
7 3
3
2
2 2 2
m L
5 5 5 5 5 5
9s 4oow 9s ti75W 9 s ;550w 9s zz25w 9s z500w
9 8 8 7 8 8
$ 1 b 8 6
- 1 .1 .l - 1 - 1
.1
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1 2 2 3 c? L
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r= 3
5
5 5
c 3
9s 275w 9s 25QW 9s 225w 9s ;mow 9s 1 7 5 w
8 7 1 2 8
? 8 9 7
11 t
7
4 2 4 4 5
2
2 2 2
CI rl
5 5
5
c 3
c J
9s 1.5ow 9 s 125w 9s 1.00w 9s 7'5W 9s :;ow
8 9 t
1 8 10 . 7 4
9 8
7
7 4
L 2 3 4
2 2
'2 2
-3 L
9
5 ' 5
c 3
c 3
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9s 1QOE 9s 1 2 5 E 9s 33OE 9s 1 7 5 E 9s ;!CUE
,
4 5 7 3 8 5 7 4 8 3
2 4 4 2 3
4 4 2 2 - f
2 2 2 2 2
5 e
c 3 .
3
3
5
22 1 5 .1 8 t . 1 c, 5 .1 7 3 .l & 4 .1
2 2 2 - L
3 L
c 3
5 5 5 - 5
9s f : 2 5 E 9s 250E 9s 2:75E 9s 30OE 9s 325E
1 1 L .1 .1 1 1 L
1 5 t - 1 27 1 0 .1 20 c .1
c.)
4 2 5 2 2 5 2 2 5
2 5 4 2 5
- 3
9s Z50E 9s 375E STD S-1 /AU-O. 5
10 3 .l 7 7 .1
1 2 3 1 1 6 34.4
c 2 2 J
4 2 5 124 80 510
w R I O ALGOM
SAMPLE#
9s 400E 9s 425E 9s 450E 9s 4'75E 9s 500E
10s '700W 10s t575w 10s ,550w 10s ti25W 10s i 5 0 0 W
10s 575w 10s :550w 10s :525iw 10s :SOOW 10s 475w
10s 'mow 10s 425w 10s 400w 10s 375w 10s :550w
10s zizsw 10s m o w
, 10s 275w 1 0s Z19OW 10s 2125w
,
10s ;!oow 10s 175W 10s 1.5ow 10s 12sw 10s IOOW
10s 7'5W 10s :;ow 10s 215w 10s CIE 10s 2'5E
10s 5 O E 10s 75E STD !3-1/AU-O. 5
PROJECT t#
cu PPM
1.1 b 8 7 t
'7 5
1 0 7 7
5 9 10 6
12
7 9 7 7 8
4 13 t
1 1 11
9 9 6 7 9
c J
4 t 7 5
13 ' 7
125
PB PPM
10 4 t 5 7
5 J
4 1 1 t 8
8 4
4 t
8 4 5
9
1 5 3 4 7
9 t 8 7 4
2 4 5 s t
18 4
1 1 8
c J
c d
8808
A t PPM
.l
.1 91 .1 .l
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91 .1 . 1 91 .1
.1 01 .1 92 . 1
.1 02 .1 7 9 C'
? . -2. .1 .1 91 .1 .1
.1
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.1 . .l
- 1 .1
34.0
F-I LE
AS PPM
4
9 -7 .J
3
T &
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3 L
r ) L
CI L
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3
3 4 5 3 2
4 7 5 3 6
5
5 0 9
5
4 4 b
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7
7 122
# 84-1383
SB PPM
2
2 c) L
r ) L
CI L
c) rs 2 c) L -I .L c) L
2 2 2 2 2
c) L
2
2 3 L
c) L
CI
r)
L
L
2
2 3 &
c) i
2 3 L
c( L
c.) L
2 m L CI L
-? L
2
2 2
77
AUf PPE
c
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J
5
5
c 3
5 J
5 5 5 c J
5 5
5 5
5 5 5 5 5
5 5 5 5 5
5 ' 5
10 '
5
5
5
5
c J
e 4
c J
c J
e 4
5 510
PAGE 16
c r
. PAGE 17 RIO ALGOM
SOMPLEH
PROJECT I) 8808 FILE i+ 84-1583
cu FB AC PPM PFM FFM
A S PPM
4 3 6 3 2
S% PPM
AUS PPP
10s 100E 10s 12SE 10s 150E 10s 175E 19s 200E
I 1 0 4 7 31
7 . 2 9 .1 2 . 1 5 .1 9 .I
CI L
2 2
2 c) L
5 5 5 e
c b J
J
. 10s 2'25E 10s 25OE 10s 2'75E 10s 300E 10s 325E
- 1 5 4 .1
4 .l 14 L . 1 39 8 - 1
7 12
c d
7 e-'
4 2 5 5
c) L
2 2 2 2
.15 5
65 (c J
e cl
10s 350E 10s 375E 10s 400E 10s 425E 10s 450E
24 10 . 1 16 7 . 1 6 5 . 1
5 . 1 . 1
b 5 s -c
3 3
4 r cl
-- 3
2 2 2 2 2
5 5 5 5 5
10s 475E 10s 500E STD S-1 / A U - 0 . 5
4 3 .I 5 . 1
124 117 31.7
Cr 4
2 2
80
4 4
125
5 5
510 V
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y; \' A' t ANALYTICAL LABORATORIf% LTD. '%?ATE RECEIVED: JULY 17 1981
PHONE 253-3158 DATA LINE 251-1011 DATE' REPORT MAILED: I&$?/@ . €.HASTINGS ST. VANCOUVER B-C. V6cI 1R6
GEOCHEMICAL r c p ~ N A L Y S I S ,500 SRAI! SAHPLE IS D1GESTI.D WITH 3HL 3-1-3 HCL-HN03-HPO AT 95 DE6. C FOR ONE HOUR AND IS DILUTED TO 10 XL WITH WATER, THIS LEACH IS PARTIAL FOR IIN.FE.CA.P.CR.H6.BA.TI.B.AL.MR.K.W.SI.ZR.CE.SN.Y.NB AND TA. AU DETECTION LIHIT BY ICP IS 3 PPH.
H 10 6RAH SAHPLE.
EAN TOYE. CERTIFIED B.C. ASSAYER
Qw
'W
R I O ALGOM
SAMPLE#
10N W O W 10N 4 7 5 W 10N 4 5 0 W 10N 4 2 5 W 10N 4 0 1 3 W
10N 25OW 10N 22!5W 10N 20OW 10N 1 7 3 W 10N 150W
#
' 10N 123W 10N IOOW 10N 75M 10N 59kt 10N - 25bl
1 ON O W 9N 50014 9 N 475W 9 N 450M 9N 4 2 5 W
9 N 15OW 9N 1 2 5 W STD S - 1 . I A U - 0 . 5
FROJECT #
cu F F M
14 15 9 13 14
12 14 12 13 13
12 13 19 10 16
8 11 12 5
14
17 9 8
11 10
9 9 4 7 13
13 7 8 9 8
12 4
125
PB PPM
10 9 9 8 9
'? 13 11 4 7
8 I 1 5 9
12
7 9 7 1 21
23 11 4 3
t
b 1 6 5 6
E
7
-.
;1. 7 L 5
5 ' 4 118
8808
AG PPM
c) .L
.1
.1
. l
.2
.1
. 3
.2 02 .1
.1 91 01 01 02 - .L
02 .2
05 -I
. L
T
9 3 . . 3
T . .-' 7 . 4 .2
01 'I .a -7 . L
.2
.2
.2 0
. L T
. A
.4
.2
04 . 3
33.9
FILE
AS PPM
5 7
;J
;
i
7
8 e J
7
5
5 3 5 7 6
2 5 4 2 3
c) L
7 4 & 9
4 2 .T
-I
3
L
7
5 5 t 7 7
6 2
122
# 84-1596
SB PPM
2 ,2 2 2 c\ L
2 2 2 2 2
2
2 2 2
2 2 2 2 2
4 2 4 3 3
m L
-I L .-! L
2 2 3 *
2 2 2 3 -I L
J 4
3 89
A U t FFE
5. e 3
5 5 5 .
e J
5 5 5 5
5 5 5 5 5
5 30 5 5 L. 4
5 5 5
5
5
c Ll
e 4 e 3
5 5 tz
c 3
4
5 5 c 3
e J
5 530
FAGE 1
R I O ALGOM PROJECT # 8808 FILE # 8 4 - 1 5 9 6 * PAGE 2
cu FFM
b 4 5
5
1 3 1 1 1 0 1 4 9
9 1 0 1 4 9 8
1 1 1 5 9 9 3
r= 4
7' -22.
5
1 9 1 1
1 2 1 2
9 1 2
1 2 1 0 1 0 1 0 7
4 - 5 1 2 4
e 4
a
PB FFM
7 c)
r)
L
L
1 2 8
1 2 1 4 1 2 1 1 1 0
8 16 1 2 1 4 8
1 4 1 2 1 1 b 5
1 0 4 3
1 1 1 0
9 1 2 1 2 10 1 4
1 1 8
1 0 7
1 0
4 4
1 1 7
AG FPM
A S PFM
SB FPM
2 2 2 2 2
2 - L
L - 2 2
T
3 c) r: 2 3 2
c) L
2 2 2 2
2
2 2 2
2 3 3 3 3
3 3
CI L
-8
c)
L
L T 3
T
3
L c)
92
AU* F F P .
SAMPLE#
9N 1 0 O W 9 N 751W 9N 5014 9N 25'W 9N OW
.1 0 1 .1 0 1 .1
2 2 3 4 t,
2 8 b b 6
b
5 20 5 s 5
8 N 500W 8N 4 7 5 W 8N 4510W aN 4215w '
8N 403W
.1
.1
.1
.1 0 1
e: J
5
5 e d
e 4
0 1 .1 .1 .2 .1
5 5 5
5 D= d
1 0 8 L5 7
8N 25OW 8N 225W 8 N 2OOW 8N 1 7 5 W 8 N 1 0 0 W
6 8 b 3 3 L
c J
5 5 5 5
8N 735 8N 5014
' e 8N 2514 8 N .OW 7N 5 0 O W
0 1 0 1 0 1 .2 02
2 2
I 7 3
2 6
5
5
5
r= S J
LT J
7N 4 7 5 W 7 N 4 5 0 W 7 N 425W 7N 4 0 0 W 7N 3 7 5 W
. .2
.l
.2 02 .1
e d
5 5 5 5
7 7 I
t t,
.2
.1
.1
.1 0 1
5 5 5 5 5 5
7 5 6 CI L
7 N 22:5W 7N 1 7 3 W STD S--l/AU-@. 5
.1 - 1
.:.A. 5 - 2 c1 L
e
c J
4
510 1 3 3
V
RIO CSLGOM
SAMF'LE#
7N LSOW 7 N 1 2 ' S W 7N :7SW 7 N 15OW 7N O W
6 N 225W 6N 2OOW 6 N I!25W 6N 1.00W bN ;'5W
5N 75W 5N SOW STD S-1 ~'Au-0.5
cu PPM
12
6 9 8
13 10 8 8
12
6 11 6 5 8
9 6
15 7 4
e L)
e 3
11 5 7 T 3
10 12 6
4
3 ;5 7 6 5
7 5
121
T '-e
FB FPM
10 8 2 8 4
7
8 9 9
11
9 11
3 7
14 2 4 7 5
4 24 7
2
8 5 €3 6
c.) L
7
7 '-0 - L
2 1
4
7 -2
y -d
8 118
PROJECT # 8808
AG PPM
.2 - 1 .1 .2 . 1
.1 . 1-
.1
.I - 1
.1
.1
.I
.1
.1
.2
.2
.l
. 1
CI' .&
.1
.l .1 .1 .I
0 . L
.1 36.0
F:I LE
A S PPM
12
9 8 7
8 11 7 5 8
6
c J
7 I - L
5 9
7 6 s 4 5
4
4 4 4
3 c
.7
8 5 0 rl 7 ...a
T sz
2 i
4 T
5
7 c-
5 134
# 84-1596
SI3 PPM
2
2 2 2
2 2
2
CI
3 L
rn L
-I
CI
L
L
2 2 - .I.
2 2 3 2 2
2 2 2 2 2
3 c
2 2 2 2
c.) L
3 L
2
2 3 L
c? i
2 86
A U t PPB
5
5 5 5
I= J
- 5 5 5
5 e J
5 5 5 5 5
5 5
10
c J
c J
5 5 5 5 5
5 5 s
10 5 '
5 480 . 20
10
I z J
I= J
5 520
PAGE 3
V
W
RIO ALGOM
SAMPLE#
5 N 2515 5 N OW 4 . 5 N 425W 4 . 5 N 40OW 4 . 5 N 375W
4 . 5 N * Z5OW 4. 5 N 325W 4 . 5 N :3OOW 4 . 5 N 275W 4 . S N 2 5 O W
4 . 5 N 225W 4 . 5 N 20OW 4 . 5 N 1 . 7 5 W 4 . 5 N l5OW 4 . 5 N 1.25W
4. 5 N 3.OOW 4 . 5 N 7'5W 4 . 5 N :;OW 4 . 5 N 215W 4.5N OW
4 N 450W 4 N 42:iW
' 4 N 4OClW 4 N 375W 4N 3 5 C i W
4 N ZOOW 4 N 175~W 4 N 15OW 4 N 125W 4 N lOOW
4 N 75W 4 N 50W S T D S-1 /AU-O. 5
PROJECT #
cu PFM
6 1 1 5 7 4
3 6 6 t 7
7 5 13 5 4
e J
9 6 3 5
5 4 4 6
2 1
5 9 5 t
le
7 7 4
5
7 5
1 2 3
- 3
PB PFM
1 5 3
1 - 3
c)
c)
1
L
4 1 1
1
7 s 4
J 7
3 L
7
-2
-2
?.
4
3 &
1 2 1 c) L
r J
6 5 7 T
s
1 5 1 4 5
e d
5 115
8808
.'AG F P M
.1
.1
.1
.1
.1
. 1
.1 - 1 . 1 .2
.l
.1
.l
.1 c) .1
- 1 c)
7
c)
.rl .
. L
.2
.I
.l - 1 .l
c) .i
- . 1 .l - 1 .1 .2
.2
.l
.1
8-3 .i
-I .L
# 04-1596
A U t FFB
5
5 5 5
t= J
5 5
5 5
c J
'5 5 ' 5 . 5 c cl
5 5 5 5 5
1 0 5 5
5
c J
e CJ
e J
5 40 5
5 245
1 0 5
e .A
5 5
520
PAGE 4
RIO ALGOM FHOJECT # 81308 FILE # 84-1596 PAGE 5
SAMPLE# cu PB ' A t PPM F P M PPM
AS F'FM
SB AUS PPM F'PB
4N 25W 4N Old 3.5N 450W 3.5N 425W 3.5N 400W
5 7 7 5 2
.3 1 7 1 5
. l
. l
. l
.1
.1
r ) L 2 15
2 5 2 5
5 2 5
2 5 2 5
5 2 5 2 5
c) ai
r ) 1
3 L
2 2 2
3 L
2 5 2 3
13 13 0 7 7
3 4
7 8
7 C.
1. .l .2 . 1 . 1
. I
3.5N 25OW 3.5N 2OOW 3.5N 175W 3.5N 150W 3.5N 125W
5
t 7
12
7 /
CI r;
6 t
.1 2
.2 7
.2 9 1E
3 T .L r-'
c .4
5 5 5.
5 c 4 7
12
3.5N loow 3.5N 75W 3.5N 5OW 3.5N 25W 3.5N OW
7 9 8
13 7
1 3 5 7 4
.2 2 5
.1 %-*
. 3 '4
.1 4
3 . L
7
T
2 2
2 2
3 1
5 25
5 5 e 4
3N 475W 3 N 450W 3N 4215W 3N 400W 3N 371sw
#
6 5 7 5
14
5 .1 2 .1 L
.1 ' 2
. 1 2
. 1 4
CI
2 2 2 2
5 5 5 5 5
17 ? 9 It 5
& 12 8 5 7 I
2 2 2
2 c) L
5 5
45 5 5
9 5 5 8
10
1 5 5
10 10
. 1 2 4
.2 4 11
.5 13
-7 .L
7 . c-
5 5 5 5
30
5 5
125 118 35.8 130 89 510
c)
-I
6 5 . 3 5 i
6 4 -1 c.
3N OW 2.5N 45OW 'L - 7 T
STD S-1 /AU-O, 5
\.
FROJECT # 8808 FILE # 84-1596 PAGE 6 RIO ALGOM
AS SB AU1: PPM PFM PPI3
cu PE A t PPM PPM FPM
SAMPLE#
18 7 . l 19 4 .1 5 5 .l & 11 .1 8 5 .1
c) L c) L
c) L
2 2
2 5 2 J
2 5 2 5 2 5
c
7 8 7 ?
11
6 .1
8 .1 . 1
6 .A
5 . i e d
3
c) r: .2
4 10
3 i.
2 c)
c)
L
rL
e cl
5
5 20
5 5 5
10 5
c J
2 c) L
2.5N 175W 2.5N 15OW 2.5N 125W
2.5N 75W 2.5N 1OOW
7 13 19 . %2
11 13 .1 10 .G 9
8 9 .L
7 8 .1
7
0
16 12 15
‘2
2 2 2
c) L
7 2
c) 9 13 .L
13 12 .2 .1 6 --*
L t .I .1 4 J
‘T
r
7 5 2 15 2 J
2 5
c) r:
c
2.5N 5OW 2.5N OW 2 N 475W 2N 450W 2 N 4ZSW 3 L
c CJ
I 2 .1 b ? .l
19 8 .1 26 41 .2
t, 5 . 1:
2 r )
c)
L
L
5
I=. 5: 3
s 5 2
c) L 7
26
L 3 5 8 8 .1 9 12 .1 6 b .1 4 7 .1
11 9 .2
2 5 c d c)
c 2 2 3
7 ...* 2 5
c-) 24 t, .L
.2 22 11 t 10 .L
20 . .-* 14 9 9 .L
c)
7
r )
10
2 5 40 5
c) L
3 e .J L
r )
c-)
L
L
- 8 5 . 3
i, 7 .L
124 117 34.2
c)
e 4 2 J
2 2 5 122 34 510
R I O ALCOM
SAMF'LE#
1.31 450w 1.m 425w 1.5N 40ow 1.5PJ 375w 1.5N 35pw
1N 1.75W 1N l i 5 O W 1N 1.2SW 1N 1!OOW 1N 75W
1N 55OW 1N 2 5 W STD S-3 /AU-O. 5
PROJECT #I 8808 FILE # 84-1596
cu FPM
t 1 0 8
7
12
6 7 6
6
4 9 t
8 10 23
4
4 8
7 11
12 5 9 7 b
t
t
t
7 7
123
e J
-7 I
-7
7 I
c J
c J
e J
PB AG PFM FPM
. 1 1 .1 9 .l 1 . 1 1 . 1
.? L
- 6 . 3
. 1 4 .l 2 .l 1 .1
c) i
1 .1 14 .2
. 1
.1 4 .1
c
c)
4
i
1 . 1 3 .1
2 .1 1 .1
7 21 r l
1 . l .) 1'
2 .1 1 .2
11 .I
.l
.1 14 0 1 1 . 1 1 .1
-. 3
e
c)
J
L
1 .I 4 01 1 .1 1 .1 1 .1
c) 4 . L
1 .1 116 s4.7
AS PPM
c) L
2 c J
L c)
18
34 10
1 4
t
6 s t
11 11 21 4
-7 I
-7 I
m L
CI L
9
14 30
35 8
8 5
5
t 4
c) i
qT L L*
e J
- .J
-7 I
t 133
SB FF'M
2 2 c)
c)
L
L
- 2
3 L
2
2 2
2 2
c) L
c)
c)
L
i
2
3 - 2 2 2 CI i
2 2
2 2
m L
c) rs .2 c) L
c) L
2
2
2 2
c) L
* i
c) L
2 83
FPP
5 5 J
5
5 5
' 5 5 I5
5 5 5 5
15
60 115
10 -5
e J
c J
5 e
c J
3 205 5
c J'
5
5 . 5
CT J
5 5
5 5
c J
e J
5 520
PAGE 7
. .
w
R I O ALGOM
SAMPLE#
1N C)W 0.5N 450w 0.5PI 425w
0.m 375w 0.5rJ 400w
0.5N 225W 0.m 2OOW 0.5N 175W 0.5N 15OW 0.5N 125W
0.5N lOOW 0.5N 75W 0.5N SOW 0.5N 2fiW 0.5N OW
STD !3-1/AU-0.5
PROJECT ## 8808
cu PP AG PPM PPM PPM
7 5 - 1 b 6 - 1 4 4 - 1 5 6 - 1 5 1 - 1
11 12 .1 14 13 - 1 20 18 04 6 7 01
. 1 4 L CI
8 9 .I 6 4 - 1 L 8 . 3 7 10 .L
7 10 .2
T
c)
5 9 .2 .1 6 J
.l 4
b 01
c
7
4 6 . .1 c 4
124 117 34.1
F ILE # 84-1596
A S SB AUS PPM PPM PPE
2 2 5 2 2 5
5 2 L
2 2 5 S b . L
c)
-a7
74 83 78 3 10
2 2 2 2 a7 L
IC 4
5 5 5 e lJ
11 2 5 5
10 2 10 1 0 2 5
5
3 5 L
c.) 5 .L
2 s 2 2 5
5 5 2 L
a7 f.
c) m
c1
-3
c L
e 4 L c) c
87 510 123
PAGE 8
V
COST STATEMENT
Gold Option
1984
PERS0NNE.L
R . M. Cam-2 days- J u l y 8-9 @ $105.00 = $210.00 C . D. Spence-1 day- J u l y 1 2 @ $165.00 = $,165.00
$375.00
Benef i t s - 25% X $375.00 = $93.75 '$468.75
TRANSPORT
A i r Fa re - Vancouver - P e n t i c t o n - Vancouver R. M. Cam
CONTRACTClRS
Van Alphen E x p l o r a t i o n S e r v i c e s * S o i l Sampling 916 s i t e s
REPORT PREPARATION
,
Appendix I11
$468.75
$162.00
$5996.00
$200.. 00 ~-
$6826.75
* A n a l y t i c a l Cos ts , i n c u r r e d a f t e r 1 4 J u l y t o b e a p p l i e d i n subsequent claim y e a r .
Riocanex Inc.
