Titlebook: Hypersaline Environments; Microbiology and Bio Barbara Javor Book 1989 Springer-Verlag Berlin Heidelberg 1989 chemistry.ecology.environment

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Geology and Chemistry,e order of precipitation of evaporite minerals from brines of known composition, geochemists have deduced the chemistry of brines from which ancient evaporites have been deposited. Modern evaporite basins and their brines also serve as models to reconstruct the physical and temporal development of a

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Biology,aline habitats, topics that cannot be adequately addressed in a single chapter. From the tabulation of the different organisms known to inhabit various hypersaline environments, it is clear that macroscopic diversity is lacking but that microscopic and metabolic diversity are not. Comparisons of com

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The Fate of Carbon and Sulfur in Hypersaline Environments,carbon, a process that is interfaced microbiologically with the reduction of sulfate to sulfide. In both normal marine and hypersaline marine environments, carbon cycle transformations result in changing pools of dissolved Σ CO. (CO. + HCO. + CO.), solid carbonates, and organic carbon. In the marine

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Phototrophic Bacteria,n contrast to the cyanobacteria, they never produce O. during photosynthesis and they synthesize one or more bacteriochlorophylls instead of chlorophyll .. Phototrophic bacteria are typically associated with lighted, anaerobic environments although not all of these bacteria are obligate anaerobes. M

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