Buch, Englisch, 927 Seiten, Format (B × H): 215 mm x 285 mm, Gewicht: 2526 g
Buch, Englisch, 927 Seiten, Format (B × H): 215 mm x 285 mm, Gewicht: 2526 g
Reihe: Encyclopedia of Earth Sciences Series
ISBN: 978-1-4020-9211-4
Verlag: Springer
Zielgruppe
Research
Autoren/Hrsg.
Fachgebiete
Weitere Infos & Material
Acetogens.-Acid Rock Drainage.-Acidophiles.-Aerobic Metabolism.-Algae (Eukaryotic).-Alkalinity.-Amber.-Anaerobic Oxidation of Methane with Sulfate.-Anaerobic Transformation Processes, Microbiology.-Anammox.-Animal Biocalcification, Evolution.-Animal Skeletons, Advent.-Archaea.-Arsenic.-Asteroid and Comet Impacts.-Astrobiology.-Bacteria.-Bacterioplankton.-Banded Iron Formations.-Basalt (Glass, Endoliths).-Beggiatoa.-Biodeterioration (of Stone).-Bioerosion.-Biofilms.-Biofilms and Fossilization.-Biogeochemical Cycless.-Biological Control on Diagenesis: Influence of Bacteria and Relevance to Ocean Acidification.-Biological Volcanic Rock Weathering.-Biomarkers (Molecular Fossils).-Biomarkers (Organic, Compound-Specific Isotopes).-Biomining (Mineral Bioleaching, Mineral Biooxidation).-Bioprotection.-Biosignatures in Rocks.-Biosilicification.-Black Shales.-Breakup of Rodinia.-Calcareous Algae.-Calcification.-Calcified Cyanobacteria.-Calcite Precipitation, Microbially Induced.-Calcium Biogeochemistry.-Cap Carbonates.-Carbon (Organic, Cycling).-Carbon (Organic, Degradation).-Carbon Cycle.-Carbon Isotopes.-Carbonate Environments.-Carbonates.-Cathodoluminescence Microscopy.-Chemolithotrophy.-Cherts.-Chondrites.-Chroococcidiopsis.-Clay Authigenesis, Bacterial.-Coccolithophores.-Cold Seeps.-Comets.-Commensalism.-Community.-Copper.-Cosmic Molecular Clouds.-Critical Intervals in Earth History.-Cryobiosphere.-Cyanobacteria.-Deep Biosphere of Salt Deposits.-Deep Biosphere of Sediments.-Deep Biosphere of the Oceanic Deep Sea.-Deep Fluids.-Degradation (of Organic Matter).-Denitrification.-Desert Varnish.-Detachment.-Diatoms.-Dinoflagellates.-Divalent Earth Alkaline Cations in Seawater.-Diversity.-Dolomite, Microbial.-Early Earth.-Early Precambrian Eukaryotes.-Ecological Niche<.-Ediacaran Biota.-Endoliths.-Endosymbiosis.-Evaporites.-Exoenzymes.-Extracellular Polymeric Substances (EPS).-Extreme Environments.-Fe(II)-Oxidizing Prokaryotes.-Fe(III)-Reducing Prokaryotes.-Fermentation.-Fluorescence In Situ Hybridization (FISH).-Foraminifera.-Frutexites.-Fungi and Lichens.-Gallionella.-Geobacter.-Geochronology.-Geomycology.-Geyserite.-Glass.-Glaucophytes.-Gold.-Gondwanaland, Formation.-Great Oxygenation Event (GOE).-Green Algae.-Guild.-Habitat.-Halobacteria – Halophiles.-Haptophytes.-Heavy Metals.-Histology.-Hot Springs and Geysers.-Hydrogen.-Hydrothermal Environments, Fossil.-Hydrothermal Environments, Marine.-Hydrothermal Environments, Terrestrial.-Hypersaline Environments.-Ichnology.-Immunolocalization.-Iron Isotopes.-Iron Sulfide Formation.-Isotope Fractionation (Metal).-Isotopes (Methods).-Isotopes and Geobiology.-Isotopes, Radiogenic.-Karst Ecosystems.-Lateral Gene Transfer.-Leptothrix.-Magnetotactic Bacteria.-Manganese (Sedimentary Carbonates and Sulfides).-Mass Extinctions, Phanerozoic.-Mat-Related Sedimentary Structures.-Metagenomics.-Metalloenzymes.-Metallogenium.-Metals, Acquisition by Marine Bacteria.-Meteoritics.-Methane Oxidation (Aerobic).-Methane, Origin.-Methanogens.-Microbial Biomineralization.-Microbial Communities, Structure, and Function.-Microbial Degradation.-Microbial Ecology of Submarine Caves.-Microbial Mats.-Microbial Silicification – Bacteria (or Passive).-Microbial Surface Reactivity.-Microbialites, Modern.-Microbialites, Stromatolites, and Thrombolites.-Microbial-Metal Binding.-Microbiocorrosion.-Microsensors for Sediments, Microbial Mats, and Biofilms.-Molar-tooth Structure.-Moonmilk.-Mud Mounds.-Mutualism.-Mycorrhizae.-Nan(n)obacteria.-Nanocrystals, Microbially Induced.-Nickel, Biology.-Nitrification.-Nitrogen.-Nitrogen Fixation.-Ores, Microbial Precipitation and Oxidation.-Organic Carbon.-Organomineralization.-Origin of Life.-Origins of the Metazoa.-Parasitism.-Pedogenic Carbonates.-Permafrost Microbiology.-Phosphorus, Phosphorites.-Photosynthesis.-Piezophilic Bacteria.-Pore Waters.-Protozoa (Heterotroph, Eukaryotic).-Pyrite Oxidation.-Radioactivity (Natural).-Radiolaria.-Raman Microscopy (Confocal).-Reduction Spheroids.-Reefs.-Remineralization (of Organic Matter).-Rhodophyta.-RNA-World.-Saline Lakes.-Salinity History of the Earth’s Ocean.-ScanningProbe Microscopy (Includes Atomic Force Microscopy).-Sediment Diagenesis – Biologically Controlled.-Selenium.-Shales.-Shewanella.-Siderite.-Siderophores.-Silica Biomineralization, Sponges.-Silicoflagellates.-Sinter.-Skeleton.-Small Shelly Fossils.-Snowball Earth.-Soda Lakes.-Soda Ocean Hypothesis.-Soils.-Species (Microbial).-Speleothems.-Sponges (Porifera) and Sponge Microbes.-Stromatactis.-Stromatolites.-Subsurface Filamentous Fabrics.-Sulfate-Reducing Bacteria.-Sulfide Mineral Oxidation.-Sulfur Cycle.-Sulfur Isotopes.-Symbiosis.-Syntrophy.-Terrestrial Deep Biosphere.-Thioester World.-Thiomargarita.-Thiotrophic Bacteria.-Thrombolites.-Tidal Flats.-TOF-SIMS.-Trace Fossils: Neoproterozoic.-Tufa, Freshwater.-Waulsortian Mud Mounds.-Whale and Wood Falls.-Zinc.