Stratigraphic sections of the Phosphoria formation in Idaho, 1947-48, Part I
Vincent Ellis McKelvey, D.F. Davidson, F. W. O’Malley, L.E. Smith, F.C. Armstrong, R.P. Sheldon
1952, Trace Elements Investigations 183
The Permian Phosphoria formation of the western states contains one of the world's largest reserves of phosphate. Although previous investigations (see especially Mansfield, 1927), including reconnaissance geologic mapping and sampling, established the location of most of the important deposits and their quality of scattered localities, they were not sufficiently detailed...
Origin of the Chattanooga shale
Louis C. Conant
1952, Trace Elements Investigations 237
Tonight I will try to present to you the chief facts we have observed that have a bearing on the old problem of how the black shales originated. Some of the ideas have been used before, and some are new. Some of those that have been used before, have been used to...
Reconnaissance of uranium and copper deposits in parts of New Mexico, Colorado, Utah, Idaho, and Wyoming
Garland B. Gott, Ralph L. Erickson
1952, Trace Elements Investigations 232
Because of the common association of uranium and copper in several of the commercial uranium deposits in the Colorado Plateau Province, a reconnaissance was made of several known deposits of copper disseminated through sandstone to determine whether they might be a source of uranium. In order to obtain more information...
Preliminary report on the Comet area, Jefferson County, Montana
George Earle Becraft
1952, Trace Elements Investigations 282
Several radioactivity anomalies and a few specimens of sooty pitchblende and other uranium minerals have been found on the mine dumps of formerly productive base-and precious-metal mines along the Comet-Gray Eagle shear zone in the Comet area in southwestern Montana. The shear zone is from 50 to 200 feet wide...
Distribution of ore deposits and spectrographic analyses of some rocks and ores on the Colorado Plateau
Leonard Benjamin Riley, Eugene Merle Shoemaker
1952, Trace Elements Investigations 278
The geographic pattern of known igneous rocks and ore deposits on the Colorado Plateau suggests a zonal arrangement of several types of ore deposits around centers of igneous activity. Spectrographic analyses of rocks and ores on the Plateau have been obtained in an effort to determine the distribution of elements and...
Results of diamond drilling and geologic investigation of the Shirley May (Garo) uranium deposit, Park County, Colorado
Verl Richard Wilmarth, L.E. Smith
1952, Trace Elements Investigations 277
The Shirley May (Garo) uranium deposit near Garo, Park County, Colo., consists of tyuyamunite and carnotite that occur as disseminations and as fracture fillings in three beds of medium- to coarse-grained sandstone. The sandstones are in the Maroon formation of Permian age. This deposit was explored by means of 12 core-drill holes, totalling...
Topical index and bibliography of U.S. Geological Survey Trace Elements and related reports
Diane Curtis, Shirley S. Houser
1952, Trace Elements Investigations 301
Part 1, the topical index, lists the titles of reports prepared from 1941 to December 1952, in conjunction with the Geological Survey's program of uranium and other elements of related interest. It includes not only completed Trace Elements reports and those now in preparation, but also Survey publications, publications by...
Numerical list of U.S. Geological Survey trace elements reports to September 15, 1952
Jane H. Wallace, Virginia K. Blatcher
1952, Trace Elements Investigations 300
This report lists in numerical order U.S. Geological Survey Trace Elements Investigations and Memorandum Reports and supersedes a similar report issued in January 1952 (TEI-202). This report contains lists not only of reports that have been transmitted to the U.S. Atomic Energy Commission, that is, those reports followed by a date,...
The uranium deposit at the Yellow Canary claims, Daggett County, Utah
V.R. Wilmarth, R.C. Vickers, F. A. McKeown, E.P. Beroni
1952, Trace Elements Investigations 124
The Yellow Canary claims uranium deposit is on the west side of Red Creek Canyon in the northern part of the Uinta Mountains, Daggett County, Utah. The claims have been developed by two adits, three open cuts, and several hundred deep of bulldozer trenches. No uranium ore has been produced...
Radioactivity at the Copper Creek copper lode prospect, Eagle district, east-central Alaska
Helmuth Wedow, Gene Edward Tolbert
1952, Trace Elements Investigations 195
Investigation of radioactivity anomalies at the Copper Creek copper lode prospect, Eagle district, east-central Alaska, during 1949 disclosed that the radioactivity is associated with copper mineralization in highly metamorphosed sedimentary rocks. These rocks are a roof pendant in the Mesozoic "Charley River" batholith. The radioactivity is probably all due to...
The Robinson and Weatherly uraniferous pyrobitumen deposits near Placerville, San Miguel County, Colorado
V.R. Wilmarth, R.C. Vickers
1952, Trace Elements Investigations 176
Uranium deposits that contain uraniferous pyrobitumen of possible hydrothermal origin occur at the Weatherly and Robinson properties near Placerville, San Miguel County, Colo. These deposits were mined for copper, silver, and gold more than 50 years ago and were developed for uranium in 1950....
Reconnaissance for uraniferous rocks in northwestern Colorado, southwestern Wyoming, and northeastern Utah
E.P. Beroni, F. A. McKeown
1952, Trace Elements Investigations 308
Previous discoveries and studies of radioactive lignites of Tertiary age in North Dakota, South Dakota, Montana, and Wyoming led the Geological Survey in 1950 to do reconnaissance in the Green River and Uinta Basin of Wyoming and Utah, where similar lignites were believed to be present. Because of the common...
The geology of the Florida land-pebble phosphate deposits
J.B. Cathcart, L.V. Blade, D.F. Davidson, K. B. Ketner
1952, Trace Elements Investigations 265
The land-pebble phosphate district is on the Gulf Coastal Plain of Florida. The phosphate deposits are in the Bone Valley formation, dated Pliocene by most writers. These strata overlie the Miocene Hawthorn formation and are overlain by consolidated sands 3 to 20 feet thick. The minable phosphate deposits, called “matrix” in...
Compilation of data on the uranium and equivalent uranium content of samples analyzed by U.S. Geological Survey during a program of sampling mine, mill, and smelter products
Marlene Louise Hall, Arthur Pierce Butler Jr.
1952, Trace Elements Investigations 242
In 1942 the Geological Survey began to collect, in response to a request made by the War Production Board, samples of mine, mill, and smelter products. About 1,400 such samples were collected and analyzed spectrographically for about 20 elements that were of strategic importance, in order to determine whether any...
Carnotite resources of the upper group area, San Miguel County, Colorado
Charles Francis Withington
1951, Trace Elements Investigations 145
The Upper group area, which consists of 10 Government claims and adjoining public land, is 2 miles southeast of Slick Rock, San Miguel County, Colo., in unsurveyed secs. 5 and 6, T. 43 N., R. 18 W., New Mexico principal meridian. The area is equidistant from mills at Monticello, Utah,...
A photometric method for the estimation of the oil yield of oil shale
Frank Cuttitta
1951, Trace Elements Investigations 152
A method is presented for the distillation and photometric estimation of the oil yield of oil-bearing shales. The oil shale is distilled in a closed test tube and the oil extracted with toluene. The optical density of the toluene extract is used in the estimation of oil content and is...
Carnotite resources of the Calamity group area, Mesa County, Colorado
Harold K. Stager
1951, Trace Elements Investigations 146
The Calamity group area, which includes 28 unpatented Government claims and enclosed fractions of public domain, lies along the east rim of Calamity Mesa, Mesa County, Colo. From 1915 through 1944, about 10,000 tons of carnotite ore, averaging about 1.0 percent U3O8 and 2.5 percent V2O5, was produced from mines...
Reserves of phosphate in the land-pebble phosphate field, Hardee, Hillsborough, Manatee, Osceola, Pasco, and Polk counties, Florida
James Bachelder Cathcart, C.G. Tillman, H.B. Dutro
1951, Trace Elements Investigations 141
No abstract available....
Reconnaissance of radioactive rocks of Vermont, New Hampshire, Connecticut, Rhode Island and southeastern New York
Francis Alexander McKeown
1951, Trace Elements Investigations 67
A semiquantitative spectrographic method for the analysis of minerals, rocks, and ores
C. L. Waring, C. S. Annell
1951, Trace Elements Investigations 143
No abstract available....
Radioactivity in the "Okpilak" gneissic granite, Mount Michelson area, northeastern Alaska
Max Gregg White
1951, Trace Elements Investigations 57-C
Radiometric examination of rock specimens from Mount McKinley, Alaska
John J. Matzko
1951, Trace Elements Investigations 45-C
Distribution of uranium in rich phosphate beds of the Phosphoria Formation
M.E. Thompson
1951, Trace Elements Investigations 142
Preliminary report on the stratigraphy of the Morrison and related formations of the Colorado Plateau region
Lawrence Carey Craig, Clifford N. Holmes, Robert A. Cadigan, Val L. Freeman, Thomas E. Mullens, Gordon W. Weir
1951, Trace Elements Investigations 180
Reconnaissance search in parts of Kentucky, Tennessee, Indiana, Virginia, and Ohio for areas where uraniferous black shale may be mined by stripping
Raymond C. Robeck, Louis C. Conant
1951, Trace Elements Investigations 64