Challenges and Opportunities in the Area of Environmental Biotechnology; G.S. Sayler. Advances in Sustainable Biotechnology: Global Trends Affecting Green Technology; D. Miller. Green Chemistry: Using Enzymes As Benign Substitutes for Synthetic Chemicals and Harsh Conditions in Industrial Processes; G.E. Nedwin. The State-of-The-Science in Environmental Biotechnology and Remediation: Phytoremediation Applications for Removing Heavy Metal Contamination from Soil and Water; B.D. Ensley, et al. The Role of Microbial PCB ...
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Challenges and Opportunities in the Area of Environmental Biotechnology; G.S. Sayler. Advances in Sustainable Biotechnology: Global Trends Affecting Green Technology; D. Miller. Green Chemistry: Using Enzymes As Benign Substitutes for Synthetic Chemicals and Harsh Conditions in Industrial Processes; G.E. Nedwin. The State-of-The-Science in Environmental Biotechnology and Remediation: Phytoremediation Applications for Removing Heavy Metal Contamination from Soil and Water; B.D. Ensley, et al. The Role of Microbial PCB Dechlorination in Natural Restoration and Bioremediation; D.L. Bedard, H.M. Van Dort. Environmental Biotechnology at Home and Abroad: Environmental Biotechnology Issues in the United States Federal Government; D.J. Grimes. Environmental Monitoring, Risk Analysis, and Applications to Bioremediation: Environmentally Acceptable Endpoints: The Scientific Approach to Clean-Up Levels; D. Ritter. Advances in Wastewater Treatment Technology: Biotreatability Kinetics: A Critical Component in the Scale-Up of Wastewater Treatment Systems; C.P.L. Grady, Jr., et al. Summary: Biotechnology in the Sustainable Environment: A Review; J.J. Gauthier. 23 Additional Artricles. Index.
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