Ground-water resources of the sand-dune area north of Coos Bay, Oregon
S. G. Brown, Reuben Clair Newcomb
1956, Open-File Report 56-18
Ephemeral streams - Hydraulic factors and their relation to the drainage net
Luna Bergere Leopold, John P. Miller
1956, Professional Paper 282-A
The hydraulic factors of width, depth, velocity, and suspended sediment load of ephemeral streams near Santa Fe, N. Mex., were measured during flood flow. Later, channel slope was measured. These flood-flow data, in conjunction with an analysis of drainage-basin configuration by the methods proposed by Horton, are used to determine...
Geology of Saipan, Mariana Islands; Part 1, General geology
Preston E. Cloud Jr., Robert George Schmidt, Harold W. Burke
1956, Professional Paper 280-A
Saipan, situated about 15° N. and 146° E., is one of the larger and more southerly of the Mariana Islands. The 15 small islands of this chain are strung along an eastwardly convex ridge for more than 400 miles north to south, midway between Honshu and New Guinea and about...
Surficial geology and geomorphology of Potter County, Pennsylvania
C. S. Denny
1956, Professional Paper 288
Potter County is located in the Appalachian Plateaus of north-central Pennsylvania and contains the headwaters of the Genesee River, the Allegheny River, and the Susquehanna River. Drift of Wisconsin age covers the northeastern part of the county. This study includes a detailed survev of the surficial deposits of the Genesee...
Geology and mineral resources of the Ivanpah quadrangle, California and Nevada
D. F. Hewett
1956, Professional Paper 275
The Ivanpah quadrangle covers about 3,900 square miles in the northeastern part of the Mojave Desert of southeastern California and southern Nevada. It includes many mountain ranges 6,000 to 7,000 feet in altitude, and a single peak, Potosi Mountain, attains 8,504 feet. The ranges are separated by broad alluvial filled...
Geology of the Medford quadrangle, Oregon-California
Francis Gerritt Wells
1956, Geologic Quadrangle 89
No abstract available....
Availability of ground water for domestic use in Jefferson County, Kentucky
L.M. MacCary
1956, Hydrologic Atlas 8
Uranium content and leachability of some igneous rocks and their geochemical significance
George J. Neuerburg, John C. Antweiler, Barrie H. Bieler
1956, Trace Elements Investigations 626
The uranium content and its leachability in 442 igneous rocks if wide variety were measured. Four-gram samples, crushed below 38 mesh, were leached in in 0.05 M HNO3 for half an hour at 80 to 85° C; the leachate and undissolved residue were analyzed fluorimetrically. This study explored the relation of...
Preliminary report on the ground-water resources of the Tualatin Valley, Oregon
Donald H. Hart, Reuben Clair Newcomb
1956, Open-File Report 55-59
No abstract available....
Detailed mineral and chemical relations in two uranium-vanadium ores
Robert M. Garrels, E. S. Larsen III, A. M. Pommer, R. G. Coleman
1956, Trace Elements Investigations 635
Channel samples from two mines on the Colorado Plateau have been studied in detail both mineralogically and chemically. A channel sample from the Mineral Joe No. 1 mine, Montrose County, Colo., extends from unmineralized rock on one side, through a zone of variable mineralization, into only weakly mineralized rock. The unmineralized...
Bibliography of North American geology, 1952 and 1953
Ruth Reece King, V.M. Jussen, J. S. Pomeroy, V.L. Skitsky
1956, Bulletin 1035
A dithizone method for the determination of lead in monazite
R. A. Powell, C. A. Kinser
1956, Trace Elements Investigations 630
In determining lead in monazite [(Ce,La,Th)PO4]--to be used as the basis for geologic age measurements--it was necessary to eliminate interferences due to the presences of phosphates of thorium and the rare-earth metals. The method, in which monazite samples are attacked with hot concentrated sulfuric acid, taken up with dilute nitric acid,...
Some uranium deposits in Arizona
Harry Clifford Granger, R.B. Raup
1956, Trace Elements Investigations 598
Low-flow investigation of the Pedernales River, Texas
Pat H. Holland, Frank C. Lee
1956, Open-File Report 56-56
Geologic map and structure sections along part of the lower Yukon River, Alaska
W. W. Patton Jr., R.S. Bickel
1956, IMAP 197
Structure contour map of the Tensleep sandstone in the Big Horn Basin, Wyoming and Montana
Alfred Dexter Zapp
1956, Oil and Gas Investigation Map 182
No abstract available....
Data on water wells in Lucerne, Johnson, Fry, and Means Valleys, San Bernardino County, California
Francis S. Riley
1956, Open-File Report 56-100
Memorandum on the geology and ground-water resources of the Parris Island area, South Carolina
George E. Siple
1956, Open-File Report 57-100
X-ray powder data for uranium and thorium minerals
Clifford Frondel, Daphne Riska, Judith Weiss Frondel
1956, Trace Elements Investigations 575
The U.S. Geological Survey has in preparation a comprehensive volume on the mineralogy of uranium and thorium. This work has been done as part of a continuing systematic survey of data on uranium and thorium minerals on behalf of the Division of Raw Materials, U.S. Atomic Energy Commission. Pending publication of...
Ground-water conditions and storage capacity in the San Joaquin Valley, California
G. H. Davis, J. H. Green, F.H. Olmstead, D. W. Brown
1956, Open-File Report 56-36
Accuracy of ore-reserve estimates for uranium-vanadium deposits on the Colorado Plateau
Alfred Lerner Bush, Harold K. Stager
1956, Bulletin 1030-D
Exploration for uranium-vanadium deposits in the Beaver Mesa area, Mesa County, Colorado, and Grand County, Utah
Lee J. Eicher
1956, Trace Elements Investigations 449
Bedrock geology of the Massachusetts portion of the Bernardston quadrangle, Massachusetts-Vermont
Robert Balk
1956, Geologic Quadrangle 90
No abstract available....
Aeromagnetic map of Alton quadrangle, New Hampshire: Total intensity relative to arbitrary datum
Randolph Wilson Bromery, G. L. Zandle
1956, Geophysical Investigations Map 136
No abstract available....
Bedrock geology of the Millers Falls quadrangle, Massachusetts
Robert Balk
1956, Geologic Quadrangle 93
No abstract available....