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Torch River Resources Ltd. announced geochemical and geophysical data compilation has identified REE targets on its 100% owned Mount Copeland mineral tenures. From the 2008 drill core samples (West Glacier Zone), a total of 31 select core sample (0.5-2.0 m length range) pulps were analyzed by lithium borate fusion with ICP-MS finish (Pioneer Labs, Richmond, BC report number 2092505). Elevated values of niobium, neodymium, yttrium, cerium, lanthanum, and rubidium, with zirconium, titanium and strontium listed as follows:
Mean average values for elements listed, from 31 core samples geochemically analyzed:
Nb Rb Nd Y Zr Sr Ce La Ti
187.9 ppm 170.3 ppm 97.1 ppm 57.8 ppm 1,487.3 ppm 1,884.9 ppm 349.9 ppm 198.2 ppm 0.441%
A total of 53 soil samples (from 2008 soil sampling program on the Glacier, E and W Basin Zones) were analyzed for some REE's by ICP-MS, (method code ME-MS61, ALS Chemex, N Vancouver, BC certificate number VA8127982). Elevated values of niobium, phosphorus,yttrium, cerium, lanthanum, and rubidium, with molybdenum, titanium and strontium listed as follows:
Mean average values for elements listed, from 53 soil samples geochemically analyzed:
Nb Rb P Y Mo Sr Ce La Ti
256.0 ppm 172.2 ppm 2,380.0 ppm 102.8 ppm 142.1 ppm 805.7 ppm 466.3 ppm 299.1 ppm 1.114%
In addition to anomalous REE geochemical targets, there are 6 targets identified by a magnetometer survey carried out in 2008. These positive total field magnetic anomalies (moderate strength 200-500 nT increase, strong >500 nT increase) are listed as follows:
Easting Northing Elevation Relative strength Zone Name
397350 5665500 2320 m Moderate West Basin
397500 5665350 2340 m Strong Marble Ridge
397550 5665350 2335 m Moderate Marble Ridge
397650 5665300 2340 m Strong Marble Ridge
397600 5665250 2410 m Moderate Marble Ridge
397690 5665250 2395 m Moderate W Glacier
The magnetometer survey strong anomalies are located in an area of marble with extensive zones of pyrrhotite and/or magnetite/ilmenite replacement mineralization which may account for the increase in total field magnetics.