Date of Award
Master of Science in Systems Engineering
Environmental restoration is an area of concern in an environmentally conscious world. Much effort is required to clean up the environment and promote environmentally sound methods for managing current land use. In light of the public consciousness with the latter topic, the United States Air Force must also take an active role in addressing these environmental issues with respect to current and future USAF base land use. This thesis uses the systems engineering technique to assess human health risks and to evaluate risk management options with respect to depleted uranium contamination in the sampled region of Test Area (TA) C-64 at Eglin Air Force Base (AFB). The research combines the disciplines of environmental data collection, DU soil concentration distribution modeling, ground water modeling, particle resuspension modeling, exposure assessment, health hazard assessment, and uncertainty analysis to characterize the test area. These disciplines are required to quantify current and future health risks, as well as to recommend cost effective ways to increase confidence in health risk assessment and remediation options.
DTIC Accession Number
Carter, Charles M.; Fortmann, Kristina M.; Hill, Stephen W.; Latin, Robert M.; Masterson, Edward J.; Roh, Joseph A.; and Setlur, Sujay R., "A Systems Engineering Approach to Environmental Risk Management: A Case Study of Depleted Uranium at Test Area C-64, Eglin Air Force Base, Florida" (1994). Theses and Dissertations. 6467.