By Henry Lutz Ehrlich, Dianne K. Newman, Andreas Kappler

Uncovers the major function Microbes Play within the Transformation of Oxidizable and Reducible Minerals

Many parts of geomicrobial tactics are receiving severe realization from microbiologists, particularly the function microbes play within the formation and degradation of minerals and fossil fuels and elemental biking. so much significantly, the newest examine unearths that microbes have a extra direct influence at the transformation of oxidizable and reducible minerals than used to be formerly believed. Following within the footsteps of its past variations, Geomicrobiology, 5th version serves as an creation to this globally pertinent box and as an up to date reference reflecting fresh groundbreaking advances.

Includes an Array of precise Illustrations

Authored by way of of the best gurus within the box, this booklet illuminates the techniques during which micro organism catalyze geomicrobial reactions. Generously weighted down with tables, pictures, diagrams, pictures, and illustrations, this all-encompassing reference examines the geomicrobial facets of quite a lot of minerals, together with aluminum- and arsenic-containing minerals, and diverse fossil fuels.

Examines Geomicrobial Interactions with:

  • Silicon
  • Phosphorus
  • Nitrogen
  • Arsenic
  • Polonium
  • Plutonium
  • Manganese
  • Antimony
  • Chromium
  • Molybdenum
  • Vanadium
  • Uranium
  • Iron
  • One of life’s nice mysteries is the way it sustains itself even in possible inhospitable environments, equivalent to the deep subsurface. The authors expect that as mechanistic molecular techniques are more and more utilized to various difficulties in geomicrobiology, this and different primary puzzles might be resolved.

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    Extra info for Geomicrobiology

    Example text

    Breakup of Pangaea and isolation of relict mammals in Australia, South America, and Madagascar. Science 175:894–898. Fredrickson JK, Onstott TC. 1996. Microbes deep inside the Earth. Sci Am 275:68–83. Furnes H, Staudigel H. 1999. Biological mediation in ocean crust alteration: How deep is the deep biosphere? Earth Planet Sci Lettt 166:97–103. Ghiorse WC, Wilson JT. 1988. Microbial ecology of the terrestrial subsurface. Adv Appl Microbiol 33:107–171. Glatzmaier GA, Roberts PH. 1996. Rotation and magnetism of Earth’s inner core.

    McKenna MC. 1972. Possible biological consequences of plate tectonics. BioScience 22:519–525. Mercy E. 1972. Mantle geochemistry. In: Fairbridge RW, ed. The Encyclopedia of Geochemistry and Environmental Sciences. Encycl Earth Sci Ser, Vol. IVA. New York: Van Nostrand Reinhold, pp. 677–683. Morita RY, Haight RD. 1962. Malic dehydrogenase activity at 101°C under hydrostatic pressure. J Bacteriol 83:1341–1346. National Geographic Society. 1995. The Earth’s fractured surface (map supplement). Natl Geogrr 187(4).

    Oceanic plates grow along oceanic ridges, the sites of crustal divergence. 3). The older portions of growing oceanic plates are destroyed through subduction with the formation of deep-sea trenches, such as the Marianas, Kurile, and Phillipine trenches in the Pacific Ocean and the Puerto Rico Trench in the Atlantic Ocean. Growth of the oceanic plates at the midocean ridges is the result of submarine volcanic eruptions of magma (molten rock from the deep crust or upper mantle). 4). The oldest portions of the interacting oceanic plates are consumed by subduction more or less in proportion to the formation of new oceanic plate at the midocean ridges, thereby maintaining a fairly constant plate size.

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    Geomicrobiology by Henry Lutz Ehrlich, Dianne K. Newman, Andreas Kappler
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