Engineering, Geologic And Hydrologic Characteristics Of Lake Bonneville Sediments, Utah

Society for Mining, Metallurgy & Exploration
A. E. Kurie
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
29
File Size:
3403 KB
Publication Date:
Jan 1, 1967

Abstract

The Great Salt Lake occupies about 1000 square miles whereas its predecessor, Lake Bonneville occupied 20,000 square miles and its shoreline reached 1000 feet above the present lake level. The sediments of Lake Bonneville range from peripheral gravel and sand deposits to central basin calcareous clays and silts, gypsum sands, and saline precipitates. The drilling and engineering tests conducted by the Utah State Department of Highways for many highway structure sites and the construction of Federal Interstate freeway provided engineering and hydrologic properties of Lake Bonneville sediments. Ground water and surface brine exploitation have contributed hydrologic and chemical data; the geologic and mineralogical data are scientific research contributions.
Citation

APA: A. E. Kurie  (1967)  Engineering, Geologic And Hydrologic Characteristics Of Lake Bonneville Sediments, Utah

MLA: A. E. Kurie Engineering, Geologic And Hydrologic Characteristics Of Lake Bonneville Sediments, Utah. Society for Mining, Metallurgy & Exploration, 1967.

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