Surface water supply of the United States, 1958, Part 5, Hudson Bay and upper Mississippi River basins
J. V. B. Wells
1960, Water Supply Paper 1558
Floods of August-October 1955, New England to North Carolina
Dean Butler Bogart
1960, Water Supply Paper 1420
No abstract available....
Evaporation control research, 1955-58
Robert R. Cruse, Guy Earl Harbeck
1960, Water Supply Paper 1480
One hundred fifty-two compounds and compositions of matter were screened as potential evaporation retardants. The homologous straight-chain fatty alkanols are considered the best materials for retardants. Several methods of application of the alkanols to the reservoir surface were investigated. Although wick-type drippers for the application of liquids and cage rafts...
Flood-frequency analyses, Manual of Hydrology: Part 3
Tate Dalrymple
1960, Water Supply Paper 1543-A
This report describes the method used by the U.S. Geological Survey to determine the magnitude and frequency of momentary peak discharges at any place on a stream, whether a gaging-station record is available or not. The method is applicable to a region of any size, as a river basin or...
Total intensity aeromagnetic profiles of the Yukon Flats-Kandik area, Alaska
Gordon E. Andreasen
1960, Open-File Report 60-9
Geology of the Comerio quadrangle, Puerto Rico
M. H. Pease Jr., R. P. Briggs
1960, IMAP 320
Upper eocene and oligocene larger Foraminifera from Viti Levu, Fiji
W. Storrs Cole
1960, Professional Paper 374-A
Field description and sampling of coal beds
James Morton Schopf
1960, Bulletin 1111-B
Gravity survey in part of the Snake River Plain, Idaho — A preliminary report
Harry L. Baldwin Jr., David P. Hill
1960, Open-File Report 60-11
During the early summer of 1959, a total of 1,187 gravity stations were occupied on the western part of the Snake River plain in Idaho. An area of 2,000 square miles extending from Glenns Ferry, Idaho, to Caldwell, Idaho, was covered with a station density of one station per two...
Double-mass curves, with a section fitting curves to cyclic data
James K. Searcy, Clayton H. Hardison, Walter B. Langbein
1960, Water Supply Paper 1541-B
The double.-mass curve is used to check the consistency of many kinds of hydrologic data by comparing data for a single station with that of a pattern composed of the data from several other stations in the area The double-mass curve can be used to adjust inconsistent precipitation data. The...
Surface water supply of the United States, 1959, Part 12, Pacific slope basins in Washington and upper Columbia River Basin
J. V. B. Wells
1960, Water Supply Paper 1636
The trumpeter swan: its history, habits, and population in the U.S
Winston E. Banko
1960, North American Fauna 63
This report on the trumpeter evolved from studies made from 1948 to 1957 when I served first as an assistant and later as manager, of the Red Rock Lakes Refuge. I have also drawn extensively on the records of the National Park Service, the U. S. Fish and Wildlife Service,...
Water levels near a well discharging from an unconfined aquifer
Irwin Remson, S.S. McNeary, J.R. Randolph
1960, Water Supply Paper 1536-B
Graphical correlation of gaging-station records
James K. Searcy
1960, Water Supply Paper 1541-C
A gaging-station record is a sample of the rate of flow of a stream at a given site. This sample can be used to estimate the magnitude and distribution of future flows if the record is long enough to be representative of the long-term flow of the stream. The reliability...
Geology and ground-water resources of the lower Little Bighorn River Valley, Big Horn County, Montana, with special reference to the drainage of waterlogged lands
E. A. Moulder, M. F. Klug, D. A. Morris, F. A. Swenson, R. A. Krieger
1960, Water Supply Paper 1487
The lower Little Bighorn River valley, Montana, is in the unglaciated part of the Missouri Plateau section of the Great Plains physiographic province. The river and its principal tributaries rise in the Bighorn Mountains, and the confluence of this northward-flowing stream with the Bighorn River is near the east edge...
Preliminary geologic map of the Deep Lake quadrangle, Stevens and Pend Orielle Counties, Washington
R. G. Yates, A.E. Ford
1960, Miscellaneous Field Studies Map 237
Mount Peale 4 SE quadrangle, San Juan County, Utah, and San Miguel County, Colorado
Gordon Whitney Weir, Willard P. Puffett
1960, Miscellaneous Field Studies Map 149
Compilation of records of surface waters of the United States through September 1950: Part 11-A. Pacific slope basins in California, except Central Valley
J. V. B. Wells
1960, Water Supply Paper 1315-B
No abstract available....
Interpretation and current status of ground-water rights
Arthur M. Piper
1960, Circular 432
Surface water supply of the United States, 1959, Part 9, Colorado River Basin
J. V. B. Wells
1960, Water Supply Paper 1633
Geology and ground water in Napa and Sonoma Valleys, Napa and Sonoma Counties, California
Fred Kunkel, Joseph Edwin Upson
1960, Water Supply Paper 1495
Napa and Sonoma Valleys are adjacent alluvium-filled valleys about 40 miles northeast of San Francisco. They occupy alined and structurally controlled depressions in the northern Coast Ranges physiographic province and drain south into San Pablo Bay. The valleys are surrounded and underlain by unconsolidated marine and continental sediments and volcanic...
Geology of the Alvord Mountain quadrangle, San Bernardino County, California
F.M. Byers Jr.
1960, Bulletin 1089-A
Geology and ore deposits of the Kern River uranium area, California
E.M. MacKevett Jr.
1960, Bulletin 1087-F
Low-flow frequency data in Tennessee
W. Robert Eaton
1960, Open-File Report 60-47
Engineering geology of the Katalla area, Alaska
Reuben Kachadoorian
1960, IMAP 308