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Publications

Browse the map above to filter and view publications by location. All of our publications are available through the USGS Publications Warehouse. USGS publications and journal articles by scientists of the Washington Water Science Center are listed below.

Filter Total Items: 794

Water resources of King County, Washington Water resources of King County, Washington

Although the total supply of water in King County is large, water problems are inevitable because of the large and rapidly expanding population. The county contains a third of the 3 million people in Washington, most of the population being concentrated in the Seattle metropolitan area. King County includes parts of two major physiographic features: the western area is part of the Puget...
Authors
Donald Richardson, J.W. Bingham, R. J. Madison, R. Williams

Yakima basalt of the Tieton River area, south-central Washington Yakima basalt of the Tieton River area, south-central Washington

Up to 1700 feet of the upper Miocene-lower Pliocene Yakima Basalt of the Columbia River Group underlie much of the eastern flank of the Cascade Range in the Tieton River area, Yakima County, Washington. Local prebasalt relief was more than 1700 feet, so thicknesses of each of the 15 exposed flows vary widely. Single flows can be traced for many miles, and terminate only against local...
Authors
Donald A. Swanson

Evaluation of seepage from Chester Morse Lake and Masonry Pool, King County, Washington Evaluation of seepage from Chester Morse Lake and Masonry Pool, King County, Washington

Hydrologic data collected in the Cedar and Snoqualmie River basins on the west slope of the Cascade Range have been analyzed to determine the amount of water lost by seepage from Chester Morse Lake and Masonry Pool and the. consequent gain by seepage to the Cedar and South Fork Snoqualmie Rivers. For water years 1957-64, average losses were about 220 cfs (cubic feet per second) while...
Authors
F.T. Hidaka, Arthur Angus Garrett

Sediment movement on the continental shelf near Washington and Oregon Sediment movement on the continental shelf near Washington and Oregon

The nuclides zinc-65 and cobalt-60 associated with river-borne particulate matter are incorporated in sediment on the Continental Shelf near the Colum- ia River. Changes in the relative concentrations of zinc-65 and cobalt-60 and in the ratio of the activity of zinc-65 and cobalt-60 suggest that radioactive sediment moves northward 12 to 30 kilometers per year along the shelf and 2.5 to...
Authors
M. Grant Gross, Jack L. Nelson

A sampler for coring sediments in rivers and estuaries A sampler for coring sediments in rivers and estuaries

A portable sampler developed to core submerged unconsolidated sediments collects cores that are 180 cm long and 4.75cm in diameter. The sampler is used from a 12-m boat in water depths up to 20 m and in flow velocities up to 1.5m per second to sample river and estuarine deposits ranging from silty clay to medium sand. Even in sand that cannot be penetrated with conventional corers, the...
Authors
Edmund A. Prych, D. W. Hubbell

Glacier mass budget measurements by hydrologic means Glacier mass budget measurements by hydrologic means

Ice storage changes for the South Cascade Glacier drainage basin were determined for the 1957–1964 period using basin runoff and precipitation measurements. Measurements indicate that evaporation and condensation are negligible compared with the large runoff and precipitation values. Runoff, measured by a stream discharge station, averaged 4.04 m/yr; precipitation, determined by snow...
Authors
Wendell V. Tangborn

Determination of Columbia River flow times from Pasco, Washington using radioactive tracers introduced by the Hanford reactors Determination of Columbia River flow times from Pasco, Washington using radioactive tracers introduced by the Hanford reactors

Radioactive tracers introduced into the Columbia River in cooling water from the Hanford reactors were used to measure flow times downstream from Pasco, Washington, as far as Astoria, Oregon. The use of two tracer methods was investigated. One method used the decay of a steady release of Na24 (15-hour half-life) to determine flow times to various downstream locations, and flow times were...
Authors
Jack L. Nelson, R.W. Perkins, W.L. Haushild
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