Electrical resistivity studies of subsurface conditions near Antigo, Wisconsin
H. Cecil Spicer
1952, Circular 181
Resistivity measurements are reported for the glaciated area near Antigo, Wis., to locate buried sand and gravel deposits in the glacial drift, which might be developed as aquifers, and to determine depths to the pre-Cambrian bedrock. The results of the resistivity study are presented both as cross sections and as...
The industrial utility of public water supplies in the West North-Central States, 1952
E. W. Lohr, P.C. Benedict, H. A. Swenson, T.B. Dover
1952, Circular 206
The bauxite deposits of Floyd, Bartow, and Polk counties of northwest Georgia
Walter S. White, N.M. Denson
1952, Circular 193
Most of the bauxite deposits ipf northwest Georgia are in the Hermitage, Bobo, and Cave Spring districts in Floyd, Bartow, and Polk Counties. The region has produced in the neighborhood of 400,000 tons of bauxite from about 65 small mines, but the known reserves of high grade bauxite are very...
The industrial utility of public water supplies in the West South-Central States, 1952
E. W. Lohr, J.R. Avrett, Burdge Irelan, G. A. Billingsley, T.B. Dover
1952, Circular 221
Hydrologic reconnaissance of the Green River in Utah and Colorado
H. E. Thomas
1952, Circular 129
The Green River, rising in Wyoming and draining high mountains in that state, northeast Utah and northwest Colorado, is a major tributary of the Colorado River. In the late summer, after the snow has melted from these mountains, the flow in the Green River reaches its minimum for the year....
Bentonite deposits of the Yellowtail district, Montana and Wyoming
Maxwell M. Knechtel, Sam H. Patterson
1952, Circular 150
Development of photogrammetry in the U.S. Geological Survey
Morris Mordecai Thompson
1952, Circular 218
Summary of ground-water development in Alaska, 1950
Dagfin John Cederstrom
1952, Circular 169
U.S. Geological Survey fluorimetric methods of uranium analysis
F. S. Grimaldi, Irving May, Mary H. Fletcher
1952, Circular 199
The coal deposits of the Alkali Butte, the Big Sand Draw, and the Beaver Creek fields, Fremont County, Wyoming
Raymond M. Thompson, Vincent L. White
1952, Circular 152
Large coal reserves are present in three areas located between 12 and 20 miles southeast of Riverton, Fremont County, central Wyoming. Coal in two of these areas, the Alkali Butte coal field and the Big Sand Draw coal field, is exposed on the surface and has been developed to some...
Reports and maps of the Geological Survey released only in the open files, 1949-1950
Anna Jesperson, Lois E. Randall, Robert E. Spratt
1952, Circular 149
Evaluation of streamflow records in Yakima River basin, Washington
Hallard B. Kinnison
1952, Circular 180
Water power resources of Hamma Hamma, Duckabush, and Dosewallips Rivers, Washington
Fred F. Lawrence
1952, Circular 109
Reconnaissance of uranium and copper deposits in parts of New Mexico, Colorado, Utah, Idaho, and Wyoming
Garland Bayard Gott, Ralph Leroy Erickson
1952, Circular 219
Water resources of the Mahoning River basin, Ohio, with special reference to the Youngstown area
William Perry Cross, M.E. Schroeder, Stanley Eugene Norris
1952, Circular 177
Water resources of the Detroit area, Michigan
Chester Owen Wisler, G.J. Stramel, Leslie Bostwick Laird
1952, Circular 183
The water used for all purposes in the Detroit area is obtained from three sources: Lake St. Clair and the Detroit River, their tributary streams and inland lakes, and ground water. During 1950 Lake St. Clair and the Detroit River provided 2,896 million gallons per day (mgd), or 98.3 percent...
Uranium-bearing coal and carbonaceous rocks in the Fall Creek area, Bonneville County, Idaho
James D. Vine, George Winfred Moore
1952, Circular 212
Uraniferous coal, carbonaceous shale, and carbonaceous limestone occur in the Bear River formation of Early Cretaceous age at the Fall Creek prospect, in the Fall Creek area, Bonneville County, Idaho. The uranium compounds are believed to have been derived from mildly radioactive silicic volcanic rocks of Tertiary age that rest...
Records of wells drilled for oil and gas in Montana
James David Vine, Charles Edgar Erdmann
1952, Circular 172
Geochemical studies in the Coeur d'Alene mining district, Idaho
Vance C. Kennedy
1952, Circular 168
Reconnaissance of the geology and ground-water resources of the Pass Creek Flats area, Carbon County, Wyoming, with a section on the chemical quality of the water
F. N. Visher, W. H. Durum
1952, Circular 188
No abstract available....
Geologic construction-material resources in Osborne County, Kansas
Charles P. Walters, Larson Y. Drake
1952, Circular 179
Annotated bibliography and index map of sulfur and pyrites deposits in the United States and Alaska (including references to July 1, 1951)
Gilbert H. Espenshade, Carl H. Broedel
1952, Circular 157
Since the end of World War II, the pattern of sulfur production and consumption in the United States and abroad has changed markedly from the pattern that existed before the war. Although production of sulfur in the United States in 1950 was more than double the average annual production for...
Geochemical and mineralogical methods of prospecting for mineral deposits
A. Ye Fersman, S. A. Borovik, G.V. Gorshkov, S.D. Popov, A.F. Sosedko, Lydia Hartsock, A.P. Pierce
1952, Circular 127
Fersman's book "Geochemical and mineralogical methods of prospecting for mineral deposits" (Geokhimicheskiye i mineralogicheskiye metody poiskov poleznykh iskopayemykh) covers all petrographic, mineralogical, and geochemical techniques that are used either directly or indirectly in mineral exploration. Chapter IV is of particular interest because it describes certain geochemical methods and principles that...
Ground-water resources of the Wood River unit of the lower Platte River basin, Nebraska
Charles Franklin Keech
1952, Circular 139
Sedimentation and chemical quality of water in the Powder River drainage basin, Wyoming and Montana
Charles Herbert Hembree, B. R. Colby, H. A. Swenson, J.R. Davis
1952, Circular 170