Detailed Summary Report

Assessment Report: 16952

Property Name Silver Pond
16952a.pdf
16952b.pdf
16952c.pdf
16952f.pdf
16952g.pdf
Location
NAD 83
57° 19' 00.00'' N, 127° 13' 05.00'' W
57.316667, -127.218056
UTM: Easting 607321, Northing 6354041, Zone 9 (North)
NAD 27
57° 19' 00.21'' N, 127° 12' 59.44'' W
57.316724, -127.216512
UTM: Easting 607418, Northing 6353839, Zone 9 (North)
NTS 094E06E, 094E06W
BCGS 094E034
Mining Divisions Omineca
Mining Camp Toodoggone Camp
Title Report on 1987 Exploration Program
Report Year 1987
Number of Pages 389
Statements of Work n/a
Affidavit Date 1987-11-04
Off Confidential 1988-11-04
Claims Asap, Silver Cloud 1-3, Silver Creek, Silver Grizzly Fr., Silver Marten, Silver Peak Fr., Silver Pond, Silver Pond Fr., Silver Sun
General Work Categories Drilling, Geochemical, Geological, Geophysical, Physical
Operators Nexus Res.
Owners St. Joe Canada Inc.
Authors Vogt, A.H.
Kennedy, David Roy
MINFILE Nos 094E 069, 094E 075
Commodities Silver, Gold
Work Done
Drilling Diamond surface 98 hole(s); NQ; 12936.0 m; No. of maps: 89; Scale(s): 1:1000, 1:500
Geochemical Rock 485 sample(s); No. of maps: 2; Scale(s): 1:5000
Elements Analyzed For Silver, Gold
Sampling/assaying 5893 sample(s)
Elements Analyzed For Silver, Gold
Soil 66 sample(s)
Elements Analyzed For Silver, Gold
Geological Geological 4050.0 ha; No. of maps: 1; Scale(s): 1:10 000
Geophysical Induced Polarization 19.3 km; No. of maps: 5; Scale(s): 1:1250, 1:2500
Magnetic, ground 10.0 km; No. of maps: 1; Scale(s): 1:1000
Resistivity (alone) 10.0 km; No. of maps: 3; Scale(s): 1:1000
Physical Line/grid 100.0 km; No. of maps: 1; Scale(s): 1:10 000
Reclamation 1.0 ha
Trench 30 trench(es); 3000.0 m; No. of maps: 3; Scale(s): 1:1000, 1:2500, 1:500
Keywords
Related Report(s) 14700, 10047, 8300
File(s) 16952a.pdf
16952b.pdf
16952c.pdf
16952f.pdf
16952g.pdf
Geological Summary
The property is underlain by Middle Jurassic Toodoggone volcanics. The gently northwest dipping volcanic rocks are crosscut by subvertical rhyolitic dykes. Epithermal gold-silver mineralization and associated hydrothermal alteration is structurally controlled by a system of northwest to north-northwest trending, steeply dipping faults.