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In Situ Tracer method for establishing the presence and predicting the activity of heavy metal-reducing microbes in the subsurface. Final Report
Author(s) -
Kirk Hatfield
Publication year - 2003
Language(s) - English
Resource type - Reports
DOI - 10.2172/820034
Subject(s) - tracer , chromium , in situ , environmental science , suite , environmental chemistry , bioremediation , contamination , chemistry , radiochemistry , ecology , geography , physics , archaeology , organic chemistry , nuclear physics , biology
Tracer method to establish presence and distribution of chromium reducing microbes. The primary objective of this research was to establish an in situ tracer method for detecting the presence. distribution. and activity of subsurface heavy metal-reducing microorganisms. Research focused on microbial systems responsible for the reduction of chromium and a suite of biotracers coupled to the reduction process. The tracer method developed may be used to characterize sites contaminated with chromium or expedite bioremediation: and although research focused on chromium. the method can be easily extended to other metals, organics, and radionuclides. This brief final report contains three major sections. The first identifies specific products of the research effort such as students supported and publications. The second section briefly presents major research findings, while the last section summarizes the overall research effort

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