M.E. Thompson, C. H. Roach, R. Meyrowitz
1956, Science (123) 990-990
No abstract available....
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Page 6206, results 155126 - 155150
Publication Extents
Not all publications have extents, not all extents are completely accurateC.L. Sainsbury
1956, GSA Bulletin (67) 1659-1660
No abstract available. ...
U.S. Fish and Wildlife Service
1956, Wildlife Leaflet 357
No abstract available....
W. Rosene
1956, Journal of Wildlife Management (20) 104-110
No abstract available. ...
K. B. Schroeder, C. H. Hembree
1956, Eos, Transactions, American Geophysical Union (37) 197-212
A method that enables good estimates to be made of total sediment load has been tested with data from several western streams. The method, which uses both theoretical and empirical formulas, combines a modification of Einstein's procedure for computing bed‐material load and the usually available data from suspended‐sediment measurements. Basic...
U.S. Fish and Wildlife Service
1956, Wildlife Leaflet 375
No abstract available....
M. Rubin, H. E. Suess
1956, Science (123) 442-448
No abstract available....
Lawrence Allen Warner, W.T. Holser, V.R. Wilmarth, E.N. Cameron
1956, Trace Elements Investigations 137
During the period from 1948 to 1950 the U.S. Geological Survey conducted a program of field and laboratory research w determine the mode of occurrence of beryllium in non-pegmatitic rocks and mineral deposits as part of the Beryllium Program of the Division of Raw Materials of the U.S. Atomic Energy Commission. Approximately 23...
Wildlife Research Laboratory
1956, Wildlife Leaflet 376
No abstract available....
U.S. Fish and Wildlife Service
1956, Wildlife Leaflet 374
No abstract available....
E.R. Landis
1956, Trace Elements Investigations 624
During 1954, 1955, and 1956, 324 water samples were collected in western Kansas, eastern Colorado, the Oklahoma Panhandle, and northeastern New Mexico, to determine the uranium content of water from the various rock units and geologic terranes in the region, and to locate areas in which, large amounts of uranium...
E. L. Atwood
1956, Journal of Wildlife Management (20) 1-16
No abstract available. ...
C. M. Herman, L. Kilham, O. Warbach
1956, Journal of Wildlife Management (20) 85-89
No abstract available. ...
R.H. Hackman
1956, Trace Elements Memorandum 379-B
No abstract available....
Paul B. Barton Jr.
1956, Trace Elements Investigations 633
The activity rations of various important anions (S, CO3, SO4, OH, F, and Cl) in hydrothermal solutions at the time of deposition are evaluated using a simple thermodynamic technique. The rations are interpreted in the light of the mineralogy of ore deposits and limites are placed on the variability of...
James S. Wahlberg, Dwight L. Skinner, Lewis F. Rader
1956, Trace Elements Investigations 614
A new method for determining uranium in samples containing 0.05 percent or more U3O8, using titanous sulfate as reducing agent, is much shorter, faster, and has fewer interferences than conventional methods using reductor columns. The sample is dissolved with sulfuric, nitric, perchloric, and hydrofluoric acids. Elements that would otherwise form insoluble...
R.C. Vickers
1956, Trace Elements Memorandum 568
Several uranium deposits are present in the Fall River sandstone of Early Cretaceous age on the northeast flank of the Black Hills, Butte County, South Dakota. The deposits are within a fine-grained, well-sorted, persistent basal sandstone unit that ranges in thickness from 2 to 18 feet and dips about...
Kenneth K. Segerstrom, H. Williams, R.E. Wilcox, W.P. Foshag, Jenaro R. Gonzales
1956, Bulletin 965
No abstract available....
Max G. White, John M. Stevens, John J. Matzko
1956, Trace Elements Memorandum 357
In 1949, a radiometric traverse was made of rocks exposed along the banks of and near the Yukon River about Fort Yukon to Ruby, Alaska. Granitic rocks of Tertiary age and of Devonian or Carboniferous age and sandstone beds of Cretaceous age gave the highest readings obtained in the...
U.S. Branch of Wildlife Research
1956, Wildlife Leaflet 373
No abstract available....
Earle R. Cressman
1956, Bulletin 1027
No abstract available....
1956, Bulletin 1009
No abstract available....
Allen S. Rogers
1956, Trace Elements Investigations 619
Radon measurement were made in several small, turbulent mountain streams in the Wasatch Mountains near Salt Lake City and Ogden, Utah, to determine the relationship between the distribution of radon and its geologic environment. In this area, the distribution of radon in streams can be sued to locate points where relatively...
1956, Bulletin 1033
No abstract available....
J. E. Harrison, J. D. Wells
1956, Trace Elements Investigations 432
The Chicago Creek area, Clear Creek County, Colo., forms part of the Front Range mineral belt, which is a northeast-trending belt of coextensive porphyry intrusive rocks and hydrothermal veins of Tertiary age. More than $4.5 million worth of gold, silver, copper, lead, zinc, and uranium was produced from the mines...