Titlebook: Bioremediation; Methods and Protocol Stephen P. Cummings Book 2010 Humana Press 2010 Bioaugmentation.Bioremediation.ecotoxicity.environment

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Plasmid-Mediated Bioaugmentation of Wastewater Microbial Communities in a Laboratory-Scale Bioreactrrying biodegradation genes required to perform the task. Whereas the addition of microbial cells carrying chromosomally encoded catabolic genes can be impaired by limited survival of the added microorganisms, the addition of donor organisms carrying a transmissible catabolic plasmid is a promising

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The Role of Decision Support for Bioremediation Strategies, Exemplified by Hydrocarbons for In Site assist in designing or indeed monitoring remediation strategies. In part, this is because practitioners are driven by cost and fail to see the benefit of emerging technologies, and in part because most companies have only a small portfolio of procedures available to them. Here, we review the compon

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Monitored Natural Attenuation,undwater which reduce the mass and concentration of the contaminants. Natural attenuation (NA) involves both aerobic and anaerobic degradation of the contaminants due to the fact that oxygen is used up near the core of the contaminant plume. The aerobic and anaerobic microbial processes can be asses

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Community-Level Physiological Profiling,ommunity function and functional adaptations over space and time. Different communities can be compared and classified based on sole carbon source utilization patterns (CSUPs) gathered using BIOLOG™ microplates. One of the most challenging aspects associated with the CLPP method is in the data analy

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Anatoly Zankovsky,Christiane von der Heidently predict microbial availability and degradation in soil. This method can provide practitioners with both an indication of bioremediation end-points and may be valuable in the risk assessment of contaminated land.

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First Nations Assessment Issuesdies exploring the ecology of pollutant-degrading microorganisms and their effects on the structure of the soil microbial community. This chapter provides a brief outline of the technical details involved in the application of DGGE and TRFLP fingerprinting in soil microbial ecology, with particular reference to bioremediation studies.

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