Spirit leveling in California, 1896-1923: 32 degrees to 33 degrees latitude, 115 degrees to 116 degrees longitude
Claude Hale Birdseye
1925, Bulletin 766-C
Spirit leveling in California, 1896-1923: 32 degrees to 33 degrees latitude, 117 degrees to 118 degrees longitude
Claude Hale Birdseye
1925, Bulletin 766-E
Spirit leveling in California, 1896-1923: 33 degrees to 34 degrees latitude, 115 degrees to 116 degrees longitude
Claude Hale Birdseye
1925, Bulletin 766-G
Spirit leveling in California, 1896-1923: 34 degrees to 35 degrees latitude, 115 degrees to 116 degrees longitude
Claude Hale Birdseye
1925, Bulletin 766-L
Spirit leveling in California, 1896-1923: 33 degrees to 34 degrees latitude, 118 degrees to 119 degrees longitude
Claude Hale Birdseye
1925, Bulletin 766-J
Spirit leveling in California, 1896-1923: 33 degrees to 34 degrees latitude, 117 degrees to 118 degrees longitude
Claude Hale Birdseye
1925, Bulletin 766-I
Spirit leveling in California, 1896-1923: 33 degrees to 34 degrees latitude, 116 degrees to 117 degrees longitude
Claude Hale Birdseye
1925, Bulletin 766-H
Shorter contributions to general geology, 1923-1924
Water Resources Division, U.S. Geological Survey
1925, Professional Paper 132
No abstract available....
Spirit leveling in California, 1896-1923: 36 degrees to 37 degrees latitude, 117 degrees to 118 degrees longitude
Claude Hale Birdseye
1925, Bulletin 766-AA
Spirit leveling in California, 1896-1923: 37 degrees to 38 degrees latitude, 118 degrees to 119 degrees longitude
Claude Hale Birdseye
1925, Bulletin 766-GG
Spirit leveling in California, 1896-1923: 37 degrees to 38 degrees latitude, 121 degrees to 122 degrees longitude
Claude Hale Birdseye
1925, Bulletin 766-JJ
Spirit leveling in California, 1896-1923: 35 degrees to 36 degrees latitude, 120 degrees to 121 degrees longitude
Claude Hale Birdseye
1925, Bulletin 766-X
Spirit leveling in California, 1896-1923: 37 degrees to 38 degrees latitude, 119 degrees to 120 degrees longitude
Claude Hale Birdseye
1925, Bulletin 766-HH
Aniakchak Crater, Alaska Peninsula
Walter R. Smith
1925, Professional Paper 132-J
The discovery of a gigantic crater northwest of Aniakchak Bay (see fig. 11) closes what had been thought to be a wide gap in the extensive series of volcanoes occurring at irregular intervals for nearly 600 miles along the axial line of the Alaska Peninsula and the Aleutian Islands. In...
Surface water supply of the United States, 1921 : Part 12. North Pacific drainage basins ; B. Snake River basin
Water Resources Division, U.S. Geological Survey
1925, Water Supply Paper 533
Mineral resources of Alaska: Report on progress of investigations in 1923
Alfred H. Brooks
1925, Bulletin 773
No abstract available....
Surface water supply of the United States, 1921 : Part XI. Pacific slope basins in California
Water Resources Division, U.S. Geological Survey
1925, Water Supply Paper 531
The Papago country, Arizona: A geographic, geologic, and hydrologic reconnaissance, with a guide to desert watering places
Kirk Bryan
1925, Water Supply Paper 499
No abstract available....
Surface water supply of the United States, 1922, Part V, Hudson Bay and upper Mississippi River basin
Water Resources Division, U.S. Geological Survey
1925, Water Supply Paper 545
Central Black Hills folio, South Dakota
Nelson Horatio Darton, Sidney Paige
1925, Folios of the Geologic Atlas 219
Spirit leveling in California, 1896-1923: 38 degrees to 39 degrees latitude, 120 degrees to 121 degrees longitude
Claude Hale Birdseye
1925, Bulletin 766-NN
Power resources of Snake River between Huntington, Oregon and Lewiston, Idaho: Chapter C in Contributions to the hydrology of the United States, 1923-1924
William Glenn Hoyt
1925, Water Supply Paper 520-C
Thousands of people are familiar with that part of Snake River where it flows for more than 300 miles in a general westward course across the plains of southern Idaho, but few have traversed the river where it flows northward and for 200 miles forms the boundary between Idaho and...
Variation in annual run-off in the Rocky Mountain region: Chapter A in Contributions to the hydrology of the United States, 1923-1924
Robert Follansbee
1925, Water Supply Paper 520-A
Records of run-off in the Rocky Mountain States since the nineties and for a few stations since the eighties afford a means of studying the variation in the annual run-off in this region. The data presented in this report show that the variation in annual run-off differs in different areas...
Additional ground-water supplies for the city of Enid, Oklahoma
B. C. Renick
1925, Water Supply Paper 520-B
The artesian water supply of the Dakota sandstone in North Dakota, with special reference to the Edgeley quadrangle
Oscar E. Meinzer, Herbert A. Hard
1925, Water Supply Paper 520-E
The Dakota sandstone and the overlying dense plastic shales form the most remarkable artesian basin in the United States with respect to its great extent, the long distances through which its water has percolated from the outcrops of the sandstone in the western mountains to the areas of artesian flow,...