Detailed Summary Report

Assessment Report: 17274

Property Name White Pine
17274a.pdf
17274b.pdf
17274c.pdf
17274d.pdf
Location
NAD 83
50° 26' 17.00'' N, 125° 21' 35.00'' W
50.438056, -125.359722
UTM: Easting 332436, Northing 5589998, Zone 10 (North)
NAD 27
50° 26' 17.40'' N, 125° 21' 30.50'' W
50.438166, -125.358473
UTM: Easting 332520, Northing 5589789, Zone 10 (North)
NTS 092K06W
BCGS 092K044
Mining Divisions Vancouver
Mining Camp
Title Diamond Drilling Report on the White Pine Property Geological, Geochemical and Geophysical Report on the White Pine Property
Report Year 1988
Number of Pages 156
Statements of Work n/a
Affidavit Date 1988-01-12
Off Confidential 1989-01-12
Claims Bick 2, Electric, Stump Ranch, Union, White Pine
General Work Categories Drilling, Geochemical, Geological, Geophysical, Physical
Operators Rea Gold Corporation
Owners Verdstone Gold Corporation
Authors Windsor, Dwayne M.
Blanchflower, J. Douglas
MINFILE Nos 092K 036
Commodities Silver, Copper, Gold
Work Done
Drilling Diamond surface 13 hole(s); NQ; 1162.9 m; No. of maps: 14; Scale(s): 1:2500, 1:500
Geochemical Rock 86 sample(s)
Elements Analyzed For Multielement
Sampling/assaying 65 sample(s)
Elements Analyzed For Silver, Arsenic, Gold, Copper, Molybdenum/Molybdenite, Lead, Zinc
Soil 531 sample(s); No. of maps: 14; Scale(s): 1:2500
Elements Analyzed For Multielement
Geological Geological 164.0 ha; No. of maps: 2; Scale(s): 1:2500
Geophysical Electromagnetic, ground VLF; 20.2 km; No. of maps: 4; Scale(s): 1:2500
Magnetic, ground 21.8 km; No. of maps: 2; Scale(s): 1:2500
Physical Line/grid 21.8 km
Road, local access 2.9 km
Trench 3 trench(es); 100.0 m
Keywords
Related Report(s) 15589
File(s) 17274a.pdf
17274b.pdf
17274c.pdf
17274d.pdf
Geological Summary
The property is underlain by Paleozoic schists, greenstone, augite porphyry, gneiss of greenschist to amphibolite grade metamorphism and fine to coarse-grained quartz dioritic-granodioritic intrusive rocks of the Upper Cretaceous Coast Plutonic Complex. The gold and silver bearing mineralization is hosted by quartz-sulphide veins which are fracture controlled by northeasterly to northwesterly trending fault and shear structures.