Mason Flood Hazards Research Lab

Permanent URI for this collection

https://hdl.handle.net/1920/10701
This collection hosts the scientific and educational products produced by the Mason Flood Hazards Research Lab team. The subjects cover a broad range of water, coastal and environmental engineering and science. It includes presentations, posters, papers, datasets, tutorials and multimedia files. The materials are open source and the result of several research and educational initiatives in the research group designed to increased society resilience to natural hazards. For further information please visit the group website at http://frg.vse.gmu.edu/

Browse

Browsing Mason Flood Hazards Research Lab by Title

Now showing 1 - 1 of 1
  • Thumbnail Image
    Item
    Quantifying impacts of upstream reservoirs on the Potomac River due to Consumptive Use
    (2017-05) Lanza, Beverly
    The Potomac River basin is home to more than six million residents and has experienced moderate and severe droughts in the past (e.g., 1930, 1966, 1999, and 2002). With population growth and consequential increasing water demands, net water withdrawals by upstream users can impact the water supplies for downstream populations, as for example in the Washington Metropolitan Area (WMA). Three reservoirs, Jennings Randolph, Savage, and Little Seneca, are part of the WMA water supply system, and are used to augment Potomac River flow during droughts. This study focuses on investigating if upstream reservoirs which are not part of the WMA system partially mitigate the impacts of Upstream Consumptive Use (CU) on the Potomac River. Therefore, a GIS inventory of the ten largest reservoirs located in West Virginia, Pennsylvania, Maryland, and Virginia was created. The GIS database includes the following information: location, owner, storage capacity, reservoir inflows, and current water supply demands. Each parameter listed above was analyzed along with a safe yield calculation for each reservoir. All of this information is useful and must be considered in order to properly determine the impacts upstream reservoirs. Therefore, through this study we aim to support the planning and management of water resources in the region.