Reconnaissance for radioactive deposits in the lower Yukon-Kuskokwim Highlands region, Alaska
M.G. White, P.L. Killeen
1953, Circular 255
Investigations in 1947 in the Lower Yukon-Kuskokwim region, Alaska found that previously reported radioactivity in the vicinity of Flat is due to uraniferous zircon, an accessory mineral in monzonite. The monzonite intrudes mafic igneous and Upper Cretaceous sedimentary rocks. The maximum equivalent-uranium content of the zircon is 0.14 percent, and...
Reconnaissance for radioactive deposits in the Darby Mountains, Seward Peninsula, Alaska, 1948
Walter S. West
1953, Circular 300
Radioactivity in the southern and eastern parts of the Darby Mountains, Seward Peninsula, Alaska, appears to be directly related to the occurrence of granite. Concentrates from placers derived from areas containing granite are more radioactive than concentrates from placers not derived from the granite and, generally, contain from 0.01 to...
Preliminary summary of reconnaissance for uranium and thorium in Alaska, 1952
Helmuth Wedow
1953, Circular 248
Volcanic debris in uraniferous sandstones, and its possible bearing on the origin and precipitation of uranium
Aaron Clement Waters, Harry Clifford Granger
1953, Circular 224
Geology and ground-water resources of the Covington-Newport alluvial area, Kentucky
Eugene H. Walker
1953, Circular 240
Ground-water conditions in the Soil and Moisture Conservation Demonstration Area near Torrington, Goshen County, Wyoming, with a section on the chemical quality of the ground water
F. N. Visher, H. M. Babcock, W. H. Durum, R. A. Krieger
1953, Circular 238
An occurrence of autunite, Lawrence County, South Dakota
Rollin C. Vickers
1953, Circular 286
In July 1952 an occurrence of autunite was found in the northern part of the Black Hills, South Dakota, during a reconnaissance for radioactive deposits. The autunite occurs as fracture coatings and disseminations in siltstone of the Deadwood formation of Cambrian age and is concentrated mainly in the lower 2...
Potential Alaskan mineral resources for proposed electrochemical and electrometallurgical industries in the upper Lynn Canal area, Alaska
W.S. Twenhofel
1953, Circular 252
Preliminary report on the geology and ground-water resources of the Matanuska Valley agricultural area, Alaska
Frank W. Trainer
1953, Circular 268
The ground-water resources of Columbia County, Arkansas, a reconnaissance
David B. Tait, R. C. Baker, G. A. Billingsley
1953, Circular 241
Progress report on investigations of western phosphate deposits
Roger Warren Swanson, Vincent Ellis McKelvey, Richard Porter Sheldon
1953, Circular 297
Stratigraphic sections of the Phosphoria formation in Montana, 1947-48
Roger Warren Swanson, W.R. Lowell, E. R. Cressman, D.A. Bostwick
1953, Circular 209
Stratigraphic sections of the Phosphoria formation in Montana, 1949-50, part 2
Roger Warren Swanson, E. R. Cressman, R. S. Jones, B.K. Replogle
1953, Circular 303
A preliminary determination of the age of some uranium ores of the Colorado Plateaus by the lead-uranium method
Lorin Rollins Stieff, T. W. Stern, R.G. Milkey
1953, Circular 271
Spectrographic identification of mineral grains
Jules Newton Stich
1953, Circular 234
Surface water supply of the United States, 1951, Part III-B, Ohio River basin, Cumberland and Tennessee River basins
Water Resources Division, U.S. Geological Survey
1953, Water Supply Paper 1206
Surface water supply of the United States, 1950, Part III, Ohio River basin
Water Resources Division, U.S. Geological Survey
1953, Water Supply Paper 1173
Concentration of germanium in the ash of American coals, a progress report
Taisia Maximovna Stadnichenko, K. J. Murata, Peter Zubovic, E.L. Hufschmidt
1953, Circular 272
Coal resources of Colorado, a progress report, January 1, 1953
Frank Darwyn Spencer, Margaret Isabelle Erwin
1953, Circular 258
No abstract available....
Coal resources of Indiana
Frank Darwyn Spencer
1953, Circular 266
The Indiana coal field forms the eastern edge of the eastern interior coal basin, which is near some of the most densely populated and highly productive manufacturing areas of the United States. (See fig. 1. ) For this reason Indiana coal reserves are an important State and National asset. In...
Stratigraphic sections of the Phosphoria formation in Idaho, 1949, part 1
R.P. Sheldon, M.A. Warner, M.E. Thompson, H.W. Peirce
1953, Circular 304
The U. S. Geological Survey has recently measured and sampled the Phosphoria formation at many localities in Idaho and other western states. These data. will not be fully synthesized and analyzed for several years, but segments of the data, accompanied by little or no interpretation, are published as preliminary reports as...
Stratigraphic sections of the Phosphoria formation in Wyoming, 1949-50
Richard Porter Sheldon, R.G. Waring, M.A. Warner, R.A. Smart
1953, Circular 307
Reconnaissance for radioactive deposits in the vicinity of Teller and Cape Nome, Seward Peninsula, Alaska, 1946-47
Max Gregg White, W.S. West, J.J. Matzko
1953, Circular 244
Placer-mining areas and bedrock exposures near Teller on the Seward Peninsula, Alaska, were investigated in June and July, 1946, for possible sources of radioactive materials. The areas that were investigated are: Dese Creek, southeast of Teller; Bluestone River basin, south and southeast of Teller; Sunset Creek and other small streams...
Uranium occurrences in the Golden Gate Canyon and Ralston Creek areas, Jefferson County, Colorado
John Wagstaff Adams, A. J. Gude III, E.P. Beroni
1953, Circular 320
Pitchblende, associated with base-metal sulfides, has been found at nine localities in the northern part of Jefferson County, Colo., in shear zones that cut pre-Cambrian metamorphic and igneous rocks, chiefly hornblende gneiss, biotite schist, and granite pegmatite. The known deposits are in the vicinity of Halston Creek and Golden Gate...
Exploratory drilling program of the U.S. Geological Survey for evidences of zinc-lead mineralization in Iowa and Wisconsin, 1950-51
Allen Francis Agnew, Arthur E. Flint, John W. Allingham
1953, Circular 231
The Upper Mississippi Valley zinc-lead district covers 2, 500 square miles of Wisconsin, Illinois, and Iowa. It is one of the oldest mining districts in the United States, as lead mining by settlers began in 1788. Zinc has been mined since 1859, and the present production is more than ten...
