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Elizabeth Peters, Ate Visser, Bradley K. Esser and Jean E. Moran
Mount Shasta (4322 m) is famous for its spring water. Water for municipal, domestic and industrial use is obtained from local springs and wells, fed by annual snow melt and sustained perennially by the groundwater flow system. We examined geochemical and...
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John T. Andrew, Eric Sauquet
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Climate change is bringing more risk and uncertainty to water management in the world?s Mediterranean-climate regions. In this paper, we compare two Mediterranean-climate watersheds: the Durance basin in southern France, and the Sacramento River in north...
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Gang Zhang, Tuo Xie, Lei Zhang, Xia Hua, Fuchao Liu
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The Sacramento model is widely utilized in hydrological forecast, of which the accuracy and performance are primarily determined by the model parameters, indicating the key role of parameter estimation. This paper presents a multi-step parameter estimati...
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Jaewon Kwak, Soojun Kim, Gilho Kim, Vijay P. Singh, Jungsool Park, Hung Soo Kim
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Long-term streamflow data are vital for analysis of hydrological droughts. Using an artificial neural network (ANN) model and nine tree-ring indices, this study reconstructed the annual streamflow of the Sacramento River for the period from 1560 to 1871....
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Michelle Stern, Lorraine Flint, Justin Minear, Alan Flint and Scott Wright
A daily watershed model of the Sacramento River Basin of northern California was developed to simulate streamflow and suspended sediment transport to the San Francisco Bay-Delta. To compensate for sparse data, a unique combination of model inputs was dev...
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Machuan Peng, Richard A. Schmalz Jr., Aijun Zhang and Frank Aikman III
The National Ocean Service (NOS), Center for Operational Products and Services installed a Physical Oceanographic Real Time System (PORTS) in San Francisco Bay during 1998 to provide water surface elevation, currents at PORTS prediction depth as well as ...
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Rene E. Henery, Ted R. Sommer, and Charles R. Goldman
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