Soil mineral-microbe-organic interactions : theories and applications
著者
書誌事項
Soil mineral-microbe-organic interactions : theories and applications
Springer, c2008
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注記
Includes bibliographical references and index
内容説明・目次
内容説明
The book presents the latest research findings and prospects on soil mineral-organic matter-microorganism interactions. It includes topics covering mechanisms of transformations, dynamics and bioavailability of heavy metals, radionuclides, biomolecules and nutrients immobilized on soil minerals, humic substances, mineral-humic complexes and microorganisms and their impact on plant, animal and human health. The book is organized into six parts.
目次
Part I. Fundamental,- 1.Soil-physical-chemical-biological interfacial interactions: An overview,- 2. Sorption and desorpton of arsenic by soil minerals in the presence of nutrients and organics,- 3. Role of bacteria and bacteria-soil composites in metal biosorption and remediating toxic metal-contaminated soil systems,- 4. Adsorption of biopolymers, with special emphasis on globular proteins,- 5. Relatonship of polarity and structures of organic matter with sorption capacity of hyrdophobic organic compounds,- 6. Organically modifiied clays for pollutant uptake and environmental protection,- 7. Microbial transformation of organic chemicals in natural environmentas: fate of chemicals and substantiation of microbial involvement through enrichment culturing techniques,- Part II Applications,- 8. Soil organic matter quality and the size and activity of the microbial biomass: their significance to the quality of agricultural soils,- 9.Soil carbon dynamics in a subtropical moutainous region, South China: results based on carbon isotopic tracing,- 10. Bioavailability of soil-sorbed pesticides and organic contaminants,- 11. Anticlastogenic and antitoxic actions exerted by humic substances in seedlings of various plants,- 12. Soil heavy metal pollution and microbial communities: interactions and response assessment,- 13. Changes in antibiotic resistance profile of soil bacterial community in association with land degradation
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