Reconnaissance Geology of Placer Deposits Containing Radioactive Minerals in the Bear Valley District, Valley County, Idaho (open access)

Reconnaissance Geology of Placer Deposits Containing Radioactive Minerals in the Bear Valley District, Valley County, Idaho

From introduction: The Bear Valley district is situated in southwestern Idaho, in the drainage of the Middle Fork of the Salmon River (see fig. 1). The placer deposits were drilled by the U. S. Bureau of Mines in 1951 and 1952 to determine their content of monazite and "radioactive black minerals" (here referred to loosely as "radioactive blacks"). The purpose of the study outlined here was to provide a geologic background for an understanding of the origin and distribution of the placer minerals.
Date: January 1953
Creator: Mackin, J. Hoover & Schmidt, Dwight Lyman
System: The UNT Digital Library
Radioactive Carbonaceous Shale and Lignite Deposits in the Goose Creek District, Cassia County, Idaho (open access)

Radioactive Carbonaceous Shale and Lignite Deposits in the Goose Creek District, Cassia County, Idaho

From abstract: Uranium-bearing carbonaceous shale and lignite beds are exposed in the Goose Creek district of southern Cassia County, Idaho. The district includes about 150 square miles in Tps. 14 to 16 So, Rs, 20 to 22 E., Boise meridian.
Date: January 1953
Creator: Hail, William J., Jr. & Gill, James R.
System: The UNT Digital Library
The Garm-Lamoreaux Mine, Lemhi County, Idaho (open access)

The Garm-Lamoreaux Mine, Lemhi County, Idaho

From abstract: The Garm-Lamoreaux property, Lemhi County, Idaho is known to have uraninite and zippeite on two of its dumps. The property has been explored by five adits, two of which are now caved, and one of which is partly caved. The country rock is schistose micaceous quartzite and argillaceous quartzite of Belt age. An east-west fault cuts the quartzite, and the Lamoreaux vein, a gold-sulfide-quartz veins occurs in the fault. The uranium minerals are believed to have core from the vein, on the now inaccessible No. 3 level.
Date: January 1954
Creator: Armstrong, Frank C. & Weis, Paul L.
System: The UNT Digital Library