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Gold/Mining/Energy : OSGE - Osage Energy Corp. -- Ignore unavailable to you. Want to Upgrade?

To: jmhollen who wrote (22)	5/3/2006 9:48:09 PM
From: Chuca Marsh	Read Replies (1) \| Respond to of 63

Here the link LOL: DKGR on top of my picks list with OIL GUY DBRM - did I tell you i smelt the oil in the gold ore once? grabbagersinvestingresearch.com In Nevada only web.archive.org But was in az a while Significant textural observations argue against an earlier interpretation that the gold mineralization and arsenic minerals formed as two discrete events separated by 40 m.y. In a few areas where calcite and realgar are in contact with ore-stage quartz containing gold-bearing pyrite, realgar and calcite enclose gold-bearing pyrite grains. Massive realgar and calcite distal from these contacts do not contain the gold-bearing pyrite. The presence of ore pyrite in realgar, calcite, and jasperoid requires close timing of these minerals and shows that there is no major time break separating ore-stage and late ore-stage mineral deposition. Textures indicate, instead, that the ore stage and late ore stage formed as part of a single, evolving hydrothermal system. The consistent successive overgrowth of younger minerals on perfectly preserved euhedral faces of older minerals supports the continuous evolution of the gold ore stage into the late ore stage. These results are consistent with fluid inclusions that indicate that paragenetically successive minerals precipitated from an aqueous ore fluid with consistent salinity and gas contents but at declining temperatures. Results show that, within error, the 34, 39, and 42 Ma ages determined for fluorite and galkhaite at Getchell and adularia at the nearby Twin Creeks mine, respectively, most closely approximate the timing of gold deposition at Getchell econgeol.geoscienceworld.org