Water Resources Division, U.S. Geological Survey
1952, Water Supply Paper 1180
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Publication Extents
Not all publications have extents, not all extents are completely accurateJ. W. Stewart, Raymond L. Nace, Morris Deutsch
1952, Open-File Report 52-143
The Michaud Flats Project area, as here described, includes about 65 square miles in central Power County, south of the Snake River in the southeastern Snake River Plain of Idaho. The principal town and commercial center of the area is American Falls. The immediate purpose of work in the area by...
Water Resources Division, U.S. Geological Survey
1952, Water Supply Paper 1181
Water Resources Division, U.S. Geological Survey
1952, Water Supply Paper 1172
E. W. Lohr, P.C. Benedict, H. A. Swenson, T.B. Dover
1952, Circular 206
G. L. Bodhaine, W.H. Robinson
1952, Circular 191
This report presents a method of determining the magnitude and frequency of expected floods applicable for any area in western Washington (fig. 1). A composite frequency curve was developed that expresses the relation to mean annual floods of floods having recurrence intervals from 1.03 to 50 yr. This composite frequency...
Judith Weiss Frondel, Michael Fleischer
1952, Circular 194
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...
Lincoln R. Page, Jack Allison Redden
1952, Circular 175
Edward I. Loud
1952, Circular 164
By direct projection of overlapping photographs, printed on glass plates, the multiplex produces an exact optical model, in miniature, of the terrain to be mapped. To create the model, the multiplex projectors must be properly positioned and oriented so that they duplicate the orientation of the aerial camera at the...
I. G. Sohn
1952, Circular 158
During World War II, the Columbia Basin in Idaho, Oregon, Washington, and the western portion of Montana developed into an important industrial area because of the abundance of hydroelectric ,Power and industrial raw materials. The industries that were established led to a substantial increase in Population, and additional industrial and...
Water Resources Division, U.S. Geological Survey
1952, Water Supply Paper 1179
Stephen Edmund Clabaugh
1952, Bulletin 983
No abstract available....
John R. Henderson
1952, Open-File Report 52-74
Richard G. Ray
1952, Open-File Report 52-121
Arthur A. Baker
1952, Open-File Report 52-10
R.A. Eckhart
1952, Open-File Report 52-39
No abstract available....
L.C. Halpenny, R.L. Cushman
1952, Open-File Report 52-67
W. H. Durum
1952, Open-File Report 52-37
Edward Huntington Cobb
1952, Open-File Report 52-25
This report presents the results of work done in the last three weeks of the 1950 field season and in all of the 1951 season, and supplements reports by Barnes (19149) and Cobb (1950, 1951). Barnes' report covers investigations of coal-bearing rocks of the Tertiary Kenai formation in a coastal...
S. Caillers, F. Kraut
1952, Open-File Report 52-18
J. L. Meuschke, John R. Henderson Jr.
1952, Geophysical Investigations Map 95
No abstract available....
Jerry Chipman Olson
1952, Open-File Report 52-110
The Mountain Pass district is in a block of pre-Cambrian metamorphic rocks bounded on the east and south by the alluvium of Ivanpah Valley. This block is separated from Paleozoic and Mesozoic sedimentary and volcanic rocks on the west by the Clark Mountain normal fault, and the northern boundary of...
McClelland G. Dings, M. R. Brock
1952, Open-File Report 52-33
No abstract available....
Frederick M. Swain, James A. Peterson
1952, Professional Paper 243-A