Abstract: Efforts to cure our recurring economic problems have resulted in trade‐offs among inflation, interest rates, and unemployment, and have not promoted economic growth. The failure of these efforts is due to failure to correctly ...

Abstract: The BRASS (basin runoff and streamflow simulation) model was developed to improve the real‐time and predictive determination of flood discharges and stages, and to aid in flood management decisions within the Savannah River ...

Abstract: Most federal reservoirs in operation throughout the United States serve multiple purposes, typically, flood control, hydropower, navigation, recreation, water quality, irrigation, and municipal water supply. In the decades ...

Abstract: The needs for conservation, efficient management, and accounting of water uses intensify as demands increase relative to supplies. Storage accounting, properly performed, can provide a framework to meet these needs and to ...

Abstract: The BRASS (Basin Runoff and Streamflow Simulation) model was developed to provide flood management decision support for operation of Savannah River system projects. BRASS is an interactive hydrologic/hydraulic model which ...

Abstract: Global simulation models used to predict climate change typically have resolutions too coarse for resolving small drainage basins, creating a major obstacle to evaluating the hydrologic impacts of climate variability. The ...

Abstract: This paper examines a case where a plan for aquifer management was constructed on the basis of a single criterion. Though the plan was constructed with stakeholder engagement, the criterion for planning success was predefined ...