Aquatic MicrobiologyJ. Wiley, 1980 - 235 pagine Reflects the important role microorganisms play in both the purification & pollution of water. Focuses on current research results in the area of thermal vents in ocean depths, the interactions between other organisms, & the latest developments in molecular biology. Not only is this updated edition packed with photographs & drawings but the list of references has expanded considerably. |
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acid activity aerobic algae ammonia anaerobic aphotic zone bacteria and fungi bacterium Baltic breakdown carbon dioxide cause cells cellulose cent chemoautotrophic coastal waters coli compounds concentration cyanophytes cycle Cytophaga decomposed decomposition denitrification ecosystem Elbe environment enzymes eutrophic lakes example Figure filaments fish formation fresh water genera Pseudomonas glucose grow habitat halophilic heterotrophic hydrocarbons hydrogen sulphide hypolimnion infection inland waters investigations iron bacteria Kiel Bay Kiel Fjord Kusnezow luminous organs mainly manganese marine bacteria Meeresforsch methane micro micro-organisms microbial microflora Mikrobiol nitrate nitrifying bacteria nitrogen number of bacteria numbers nutrients occur oligotrophic organic matter organic substances oxidation oxygen parasites particularly pathogenic phycomycetes phytoplankton plankton polluted production protein proteolytic bacteria regions relatively Rheinheimer rivers role salt saprophyte saprophyte numbers sea water Section sediments self-purification sewage sewage-loaded sheathed bacteria species spores substrate sulphate reduction sulphur surface growth Thiobacillus Untersuchungen uptake various Vibrio viruses water temperature yeasts ZoBell zone