Principles and applications of soil microbiology
Written by leading experts in the field, this comprehensive, balanced introduction to soil microbiology captures the rapid advances in both the fundamental knowledge and potential applications of soil microbiology. The book includes coverage of habitats and organisms, microbiology-mediated transformation, and applied environmental topics. Carefully edited to ensure a uniform style and consistent usage of terminology, it helps readers make the transition from traditional introductory, single-authored books to typical multi-authored scientific treatises. To keep current, they will consult these treatises. For anyone interested in environmental biology.
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The Soil Habitat
Bacteria and Archaea
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acid actinomycetes activity aerobic agricultural algae amino ammonium anaerobic asexual associated autotrophic bacterial cells bacterium biological biomass carbon dioxide cell walls Chapter chemical chemoautotrophs colonization complex composting contain crop cyanobacteria cycle cytoplasm decomposition degradation denitrification diazotrophs dinitrogen ecosystems energy environment environmental enzymes eukaryotic factors Figure function fungal fungi gene genetic groups grow growth heterotrophic host hyphae important infection inoculation inorganic interactions legumes lignin membrane metabolic methane microbial microbial biomass microorganisms mineralization molecules mycelium mycorrhizal N2 fixation N2-fixing nematodes nitrate nitrification nitrogen nitrogenase nitrous oxide nodules nuclei nutrients occur Oomycota oxidation oxygen particles pathogens phage phosphorus plant plasmids populations potential produce prokaryotic proteins protozoa rates reactions reduced residues respiration rhizobia rhizosphere root soil algae soil bacteria soil microbes soil microbiology soil microorganisms soil organic matter species spores strains structures substrate sulfate sulfur surface Table temperature tion virus viruses xenobiotic