This is a photogeologic map scale 1:24,000 of Verdure-2 Quadrangle, San Juan County, Utah.

This is a photogeologic map scale 1:24,000 of Elk Ridge-8 Quadrangle, San Juan County, Utah.

This is a photogeologic map scale 1:24,000 of Verdure-5 Quadrangle, San Juan County, Utah.

This is a photogeologic map scale 1:24,000 Clay Hills-13 Quadrangle, Navajo Indian Reservation, San Juan County, Utah.

This is a photogeologic map scale 1:24,000 Elk Ridge-1 Quadrangle, San Juan County, Utah.

This is a photogeologic map scale 1:24,000 of Clay Hills-12 Quadrangle, Piute Indian Reservation, San Juan County, Utah.

This is a photogeologic map scale 1:24,000 of Carlisle-4 Quadrangle, Wayne and San Juan Counties, Utah.

This is a photogeologic map scale 1:24,000 of Elk Ridge-12 Quadrangle, San Juan County, Utah.

This is a photogeologic map scale 1:24,000 of Aneth-6 Quadrangle, San Juan County, Utah.

This is a photogeologic map scale 1:24,000 of Bluff-14 Quadrangle, Navajo Indian Reservation, San Juan County, Utah.

This is a photogeologic map scale 1:24,000 of Verdure-6 Quadrangle, San Juan County, Utah.

From introduction: The main objectives of the Red House Cliffs project are to appraise the uranium possibilities of the area, to determine the areal distribution and character of the ore-bearing Shinarump conglomerate and to prepare a geologic map of the area. The purpose of this preliminary report on the Red House Cliffs project is to summarize results of the field work done from July 6, 1952, to October 31, 1952, and to present plans for future work on the project. This work was done on behalf of the U. S. Atomic Energy Commission.

This is a photo-geologic quadrangle map of the Colorado Plateau area.

From introduction: The purpose of the mapping was to study the habits of the uranium minerals with relation to the geologic features of the White Canyon area, The work has been done by the U. S. Geological Survey on behalf of the Atomic Energy Commission. The Tiger claim is recommended for exploration by diamond drilling to obtain geologic information on the trend, length, depth, and width of the scour channel, and the relationship of uranium and copper minerals to the Shinarump-filled channel and to fractures.

This is a scale 1:24,000 photogeologic map of the Navajo Mountain-13 Quadrangle on the Navajo Indian Reservation in San Juan and Kane Counties, Utah.

This is a scale 1:24,000 photogeologic map of the Mount Peale-4 Quadrangle in Grand and San Juan counties, Utah.

This is a scale 1:24,000 photogeologic map of Mount Peale-11 Quadrangle in San Juan County, Utah.

Abstract: Uranium ore deposits on two exposed rims and past production records of tonnage and grade indicate an exploration program is justified in the Oak Springs area. A minimum of 24,000 feet of core drilling is recommended with a maximum of 75,000 feet to be based on favorability as determined by subsurface studies.

Purpose and scope: The purpose of this report is to present an analysis and evaluation of the airborne radioactivity survey of the Blanding, Utah district conducted by The Texas Company on behalf of the Atomic energy Commission. Within the scope of the report, only the results of the airborne survey and the data used in its evaluation are presented. No attempt is made to discuss the details of the survey or of the drilling program conducted in the area. A separate report by P. 1. Melanoon, on the drilling program is in preparation.

Photogeology map outlining topographic and geologic features in the Clay Hills-14 quadrangle at the Navajo Indian Reservation in San Juan County, Utah. Scale 1:24,000.

This is a scale 1:24,000 photogeologic map of Mt. Peale-15 in San Juan County, Utah.

This is a scale 1:24,000 photogeologic map of Clay Hills-16 at the Navajo Indian Reservation in San Juan County, Utah.

Photogeologic map marking topographic and geologic features of the Mt. Peale-7 quadrangle in San Juan County, Utah. Scale 1:24,000.

This is a scale 1:24,000 photogeologic map of Mt. Peale-1 Quadrangle in Grand and San Juan Counties, Utah, and Montrose County, Colorado.