South San Francisco / Determining Risk / Santa Clara / Salt Lake City / Cambridge / Biotechnology Institute / Emeryville / Oakland / San Diego / San Jose / /
Company
Applied Geochemical Strategies Inc. / Unocal / TRF / DPRA Inc. / Failure Analysis Associates Inc. / /
Country
United States / /
Facility
Georgia State University / Terminal Restriction Fragment / Terminal Restriction Fragment Patterns Christopher L / California Polytechnic State University / University of Utah / Environmental Biotechnology Institute / Port Hueneme / Terminal Restriction Fragment Polymorphisms / /
IndustryTerm
metal / modified single tube core-freezing device / metal solubility / sediment metal bioavailability / manufacturing / metal bioavailability / cement / chemical / oil / chemicals / given metal / steel / /
NaturalFeature
Clark Fork River / /
OperatingSystem
Fork / /
Organization
University of Utah / Georgia State University / Atlanta / Scientific Advisory Board / California Department of Health Services / California Polytechnic State University / San Luis Obispo / Federal EPA / Department of Defense / United States Navy / Environmental Protection Agency / Navy / /
Person
Blayne Hartman / Thomas K. G. Mohr / Alan Jeffrey / Paul T. Kostecki / Peter M. Mesard / Brendan M. Harley / Perspectives Andy Davis / Fred E. Goetz / Fingerprinting Glenn Johnson / A. Mohamad Ghazi / Robert H. Haddad / Robert Morrison / Thomas M. Johnson / /
Position
investigator / author / candidate for air stripping / Major / /
ISEF Workshop, San Diego, California, November 4 - 5, 2003 Abstracts The Implications of Bioavailability in Determining Risk-Based Sediment Cleanup Standards: New Regulations and Perspectives Andy Davis, Ph.D., Geomega,