Stratigraphy of parts of De Soto and Hardee Counties, Florida
Maximilian H. Bergendahl
1954, Trace Elements Investigations 458
The late Cenozoic stratigraphy of part of central Florida immediately south of the land-pebble phosphate district was studies in detail to determine the southern limit of the economically important Bone Valley formation and its relations with marine rocks of late Miocene and Pliocene age in south-central Florida. In addition a...
Results of core drilling for uranium-bearing carbonaceous shale and lignite in the Goose Creek district, Cassia County, Idaho
William J. Mapel, William J. Hail Jr.
1954, Trace Elements Investigations 438
Thirteen core holes, totaling 2,023 feet, were drilled during the fall of 1953 to explore the grade and extent of uranium-bearing beds of carbonaceous shale and lignite in the east-central part of the Goose Creek district, Cassia County, Idaho. The beds tested are interbedded with volcanic ash, bentonite, greenish-gray shale,...
Uranium in the Mayoworth area, Johnson County, Wyoming - a preliminary report
J. D. Love
1954, Trace Elements Investigations 436
The uranium mineral, metatyuyamunite, occurs in the basal limestone of the Sundance formation of late Jurassic age along the east flank of the Bighorn Mountains, about 2 miles southwest of the abandoned Mayoworth post office. This occurrence is of particular interest because it is the first uranium mineralization reported from...
Wall-rock control of cortain pitchblende deposits in Golden Gate Canyon, Jefferson County, Colorado
John W. Adams, Frederick Stugard Jr.
1954, Trace Elements Investigations 430
Carbonate veins cutting pre-Cambrian metamorphic rocks in Golden Gate Canyon contain pitchblende and base-metal sulfides. The veins occupy extensive faults of Laramide age but normally contain pitchblende only where the cut hornblende gneiss. At the Union Pacific prospect, which was studied in detail, pitchblende, hermatite, and some ankerite formed in...
Reconnaissance for uranium in New Mexico in 1953
Roy L. Griggs
1954, Trace Elements Investigations 419
In the fall of 1953 a reconnaissance search for uranium was made in the Datil area, west-central New Mexico, and in the Cerrillos, Glorieta, and Tecolote districts and the Las Vegas and Colfax Sill areas in north-central and northeastern New Mexico. Traces of radioactive materials were detected at many places...
Uranium occurrences in Bucks County, Pennsylvania, and Hunterdon County, New Jersey
F. A. McKeown, P.W. Choquette, R. C. Baker
1954, Trace Elements Investigations 414
Eleven occurrences of uraniferous argillite in the Lockatong lithofacies and five occurrences of uraniferous sandstone in the Stockton lithofacies, both of Triassic age, are known in Buck County, Pa. and Hunterdon County, N.J. Most of the occurrences were discovered by the Geological Survey, though prospectors found several. The Delaware quarry, Bucks...
Carnotite-bearing sandstone in Cedar Canyon, Slim Buttes, Harding County, South Dakota
James R. Gill, George W. Moore
1954, Trace Elements Investigations 411
Carnotite-bearing sandstone and clay have been found in the Chadron formation of the White River group of Oligocene age in the southern part of the Slim Buttes area, Harding County, S. Dak. Locally the mineralized sandstone contains as much as 0.23 percent uranium. The uranium and vanadium ions are believed...
Geology, of the High Climb Pegmatite, Custer County, South Dakota
Douglas M. Sheridan
1953, Trace Elements Investigations 231
The High Climb pegmatite, Custer County, S. Dak., belongs to the series of pegmatitic and granitic rocks that characterize the Harney Peak region of the southern Black Hills. It intrudes pre-Cambrian metamorphic rocks consisting chiefly of quartz-mica schist. The country rock has been altered to a tourmaline-rich schist along part...
Occurrences of uranium-bearing minerals in the St. Kevin District, Lake County, Colorado
C. T. Pierson, Q. D. Singewald
1953, Trace Elements Investigations 234
Two hundred and seventy-one prospect pits, mine dumps, or mine workings within the Sugar Loaf-St. Kevin mining districts and vicinity were tested for radioactivity by the U.S. Geological Survey in 1951 during six weeks of investigation on behalf of the Division of Raw Materials of the U.S. Atomic Energy Commission....
Search for and geology of radioactive deposits, semiannual progress report, classified data, December 1, 1952 to May 31, 1953
NA
1953, Trace Elements Investigations 331
No abstract available....
Preliminary report on the Clancy Creek area, Jefferson City quadrangle, Jefferson County, Montana
George E. Becraft
1953, Trace Elements Investigations 257
Several radioactivity anomalies and secondary uranium minerals have been found in the Clancy Creek area near the northern margin of the Boulder batholith. These are principally associated with chalcedonic zones that consist of one or more discontinuous stringers and veins of cryptocrystalline silica and fine-grained quartz in silicified quartz monzonite...
Physical exploration for uranium during 1951 in the Silver Reef district, Washington County, Utah
Frederick Stugard Jr.
1953, Trace Elements Investigations 254
During 1951 a joint exploration program of the most promising uraniferous areas in the Silver Reef district was made by the U.S. Geological Survey and the u.S. Atomic Energy Commission. A U.S. Bureau of Mines drill crew, on contract to the Atomic Energy Commission, did 2,450 feet of diamond drilling...
Uranium-bearing coal and carbonaceous shale in La Ventana Mesa area, Sandoval County, New Mexico
James D. Vine, George O. Bachman, Charles B. Read, George W. Moore
1953, Trace Elements Investigations 241
Uranium-bearing coal, carboanceous shale, and carboaceous sandstone of Upper Cretaceous age occur on and adjacent to La Ventana Mesa, Sandoval County, New Mexico. The geologic features of the uranium deposits are described and a hypothesis for the origin and control of the uranium deposits are described and a hypothesis for...
Thorium investigations, 1950-52, Wet Mountains, Colorado
R.A. Christman, A. M. Heyman, L. F. Dellwig, G. B. Gott
1953, Trace Elements Investigations 250
The Wet Mountain thorium district was discovered in 1950 by members of the U.S. Geological Survey during reconnaissance investigations for uranium made on the behalf of the Atomic Energy Commission The size of this new district is incompletely known, but the deposits found to date are in an area 20...
Summary of investigations of uranium deposits in the Pumpkin Buttes area, Johnson and Campbell Counties, Wyoming
Max L. Troyer, Edward J. McKay, Paul E. Soister, Stewart R. Wallace
1953, Trace Elements Investigations 345
Uranium minerals were discovered in the Pumpkin Buttes area Campbell and Johnson Counties by the U.S. Geological Survey in October 1951 From June to November 1952 an area of about 750 square miles was examined for uranium deposits, and 211 localities with abnormally high radioactivity were found uranium minerals are...
A magnetic investigation of the Round Mountain plug, Castle Valley, Grand County, Utah
R.A. Black
1953, Trace Elements Investigations 342
A magnetic survey was made in Castle Valley, Grand County, Utah, to determine if the Round Mountain plug was fed laterally from the La Sal Mountains or vertically from a source at depth. Additional measurements were made around the exposure of igneous rock to obtain the shape of the plug...
Geology of carnotite-bearing sandstone in the Uravan and Gateway districts, Montrose and Mesa counties, Colorado, and Grand County, Utah
E. J. McKay
1953, Trace Elements Investigations 283
Most of the caraotite deposits in the Uravan and Gateway mining districts ate in the persistent upper sandstone stratum of the Salt Wash sandstone member of the Morrison formation, Areas In which this stratum is predominantly lenticular have been delimited from areas in which this stratum is predominantly nonlenticularar. Ground...
Uranium-bearing carbonaceous shale and lignite in the Goose Creek district, Cassia County, Idaho, Boxelder County, Utah and Elko County, Nevada
William Jameson Mapel, William James Hail
1953, Trace Elements Investigations 339
The Goose Creek district includes about 260 miles in southern Cassia County, Idaho, and adjacent parts of Boxelder County, Utah, and Elko County Nev. The-area comprises the northern and central parts of an intermontane basin drained by northward-flowing Goose Creek and its tributaries. An essentially conformable sequence of fluviatile, lacustrine, and...
Montroseite, a new vanadium oxide from the Colorado plateaus
Alice D. Weeks, Evelyn A. Cisney, Alexander M. Sherwood
1953, Trace Elements Investigations 335
Montroseite, a new vanadium mineral named from Montrose County, Colorado, has been found in four mines in western Colorado and in two mines in eastern Utah. It is black, opaque, submetallic, and occurs in microscopic bladed crystals of the orthorhombic dipyramidal class. The axial ratio is a:b:c = 0.509:1:0.310, the...
Airborne radioactivity surveys for phosphate in Florida
Robert M. Moxham
1953, Trace Elements Investigations 387
Airborne radioactivity surveys totalling 5,600 traverse miles were made in ten areas in Florida, which were thought to be geologically favorable for the occurrence of uraniferous phosphate deposits. Abnormal radioactivity was recorded in eight of the ten areas surveyed. The anomalies are located in Bradford, Clay, Columbia, DeSoto, Dixie, Lake,...
An air concentrator for very low grade Colorado Plateau uranium ores
Lorin Rollins Stieff, E.S. Erickson
1953, Trace Elements Investigations 307
A preliminary determination of the age of some Colorado Plateau uranium ores by the lead-uranium method
Lorin Rollins Stieff, T. W. Stern, R.G. Milkey
1953, Trace Elements Investigations 268
Reconnaissance for uranium-bearing carbonaceous rocks in California and adjacent parts of Oregon and Nevada
George William Moore, James G. Stephens
1953, Trace Elements Investigations 337
Thorium resources of the Mountain Pass district, San Bernardino County, California
Daniel R. Shawe
1953, Trace Elements Investigations 251
Identification and occurrence of uranium and vanadium minerals from the Colorado plateaus
A. D. Weeks, M.E. Thompson
1953, Trace Elements Investigations 334