Degree Name

MS (Master of Science)

Program

Technology

Date of Award

5-2009

Committee Chair or Co-Chairs

Yongli Gao

Committee Members

Aprita Nandi, Phillip R. Scheuerman

Abstract

To simplify water quality improvement in reservoirs, it has been suggested that efforts should be focused on smaller and more manageable units such as reservoir embayment areas. Embayments are prime locations to locate marinas, parks, beaches, and residential homes. Current data and information on reservoir embayments in Tennessee was assembled into a GIS-based database. Embayments of 11 main reservoirs were mapped and digitized in ArcGIS. Initial characterization criteria include watershed size, embayment area-watershed ratio, maximum residence time, and stream influence on embayments. The characterization process was then applied to the mapped reservoir embayments in Tennessee to identify and prioritize embayments that are most likely to be affected by watershed restoration efforts. This process has potential to used by resource agencies and stakeholders to prioritize water quality improvements in reservoir embayments.

Document Type

Thesis - Open Access

Copyright

Copyright by the authors.

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