Miocene Foraminifera from the Monterey shale of California, with a few species from the Tejon formation
Rufus Mather Bagg Jr.
1905, Bulletin 268
No abstract available....
The petroleum fields of the Pacific coast of Alaska, with an account of the Bering River coal deposits
George Curtis Martin
1905, Bulletin 250
This report contains the result of a hasty examination of the structural and economic geology of the localities where indications of petroleum have been found. Though only a few wells have been drilled and it is too soon to predict an important future for the region as a petroleum producer,...
Water problems of Santa Barbara, California
Joseph Barlow Lippincott
1905, Water Supply Paper 116
Paleontology of the Malone Jurassic formation of Texas
Francis Whittemore Cragin, T. W. Stanton
1905, Bulletin 266
No abstract available....
Mineral resources of the United States, 1904
David T. Day
1905, Report
No abstract available....
Piedmont district of Pennsylvania
Florence Bascom
1905, Bulletin of the Geological Society of America (16) 289-328
No abstract available....
Tonopah mining district
J. E. Spurr
1905, Journal of the Franklin Institute (160) 1-20
No abstract available....
The chemistry of ore deposition - Precipitation of copper by natural silicates
E.C. Sullivan
1905, Journal of the American Chemical Society (27) 976-979
[No abstract available]...
Calcium sulphate in ammonium sulphate solution
E.C. Sullivan
1905, Journal of the American Chemical Society (27) 529-539
No abstract available....
The plasticity of clays
F. F. Group
1905, Journal of the American Chemical Society (27) 1037-1049
No abstract available....
Discovery of the Comanche Formation in southeastern Colorado
N. H. Darton
1905, Science (22) 120
No abstract available....
Analysis of the Mississippi River
C. H. Stone
1905, Science (22) 472-473
No abstract available....
The water of the Yukon
F. W. Clarke
1905, Journal of the American Chemical Society (27) 111-113
No abstract available....
Preliminary announcement concerning a new mercury mineral from Terlingua, Texas
W. F. Hillebrand
1905, Science (22) 844
No abstract available....
Proposed international phonetic conference to adopt a universal alphabet
R. Stein
1905, Science (21) 112-114
No abstract available....
Experiments on schistosity and slaty cleavage
George Ferdinand Becker
1904, Bulletin 241
Schistosity as a structure is important, and it is a part of the business of geologists to explain its origin. Slaty cleavage has further and greater importance as a possible tectonic feature. Scarcely a great mountain range exists, or has existed, along the course of which belts of slaty rock...
Analyses of rocks from the laboratory of the United States Geological Survey, 1880-1903
F. W. Clarke
1904, Bulletin 228
The present Geological Survey of the United States was organized in 1879. In 1880 a chemical laboratory was established at Denver, in connection with the Colorado work, in charge of Dr. W. F. Hillebrand, with whom were associated Mr. Antony Guyard and, later, Mr. L. G. Eakins. In 1882 Dr....
Accuracy of stream measurements
Edward C. Murphy
1904, Water Supply Paper 95
Destructive floods of the United States in 1903
E.C. Murphy
1904, Water Supply Paper 96
The tin deposits of the York region, Alaska
Arthur James Collier
1904, Bulletin 229
Underground waters of southern Louisiana, with discussions of their uses for water supplies and for rice irrigation
Gilbert Dennison Harris, Myron Leslie Fuller
1904, Water Supply Paper 101
Water powers of Alabama, with an Appendix on stream measurements in Mississippi
Benjamin Mortimer Hall
1904, Water Supply Paper 107
The United States Geological Survey, its origin, development, organization, and operations
Water Resources Division, U.S. Geological Survey
1904, Bulletin 227
The United States Geological Survey, in the Department of the Interior, was created by act of Congress approved March 3, 1879, so that March 3, 1904, marks the completion of the twenty-fifth year of its existence. The quarter-century anniversary happens to fall near the date set for the opening of...
Water resources of the Philadelphia district
Florence Bascom
1904, Water Supply Paper 106
The area included in the Philadelphia district lies between 39° 45' and 40° 15' north latitude and 75° and 75° 30' west longitude. It has a length of 34.50 miles from north to south and a width of 26.53 miles from east to west, and covers one-fourth of a square...
The natural features and economic development of the Sandusky, Maumee, Muskingum, and Miami drainage areas in Ohio
Benjamin H. Flynn, Margaret S. Flynn
1904, Water Supply Paper 91