Titlebook: Microbial Ecology of Lake Plu?see; Jürgen Overbeck,Ryszard J. Chróst Book 1994 Springer-Verlag New York, Inc. 1994 ecology.ecophysiology.e

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ibution, and consumption, but also tackles several under-explored areas in film studies and transnational cinema, such as the history of East Asian commercial cinema, the East Asian film industry, and cross-media and cross-market film dissemination.978-3-030-55079-0978-3-030-55077-6Series ISSN 2634-5935 Series E-ISSN 2634-5943

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Dissolved Organic Matter: Analysis of Composition and Function by a Molecular-Biochemical Approach,cesses (Hobbie 1992). Bacteria play a central role in this interplay (Azam and Cho 1987): they contribute to nutrient dynamics, carbon flux, and food web interactions. Potentially, about 40–50% of photosynthetically fixed carbon may be rapidly channeled via dissolved organic carbon (DOC) and the mic

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Bacterial Secondary Production,ater column and sediments of freshwater and marine systems, bacteria are thought to be the major decomposers of organic matter (Point and Morris 1982, Azam and Cho 1987, Münster and Chróst 1990, Chróst 1990; Chapter 6, this volume). Nowadays we accept that the production of bacterial biomass represe

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Microbial Enzymatic Degradation and Utilization of Organic Matter, heterotrophic microorganisms play a dominant role in the cycling of organic and inorganic matter and that a large fraction of primary production is not consumed directly by herbivorous consumers but is transformed into bacterial biomass (Lovell and Konopka 1985, Chróst and Rai 1993; Chapter 5, this

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,Saprophytic and Oligotrophic Bacteria in the Plu?see,a (Winogradsky 1949). Saprophytic bacteria dominate when dissolved organic nutrients are supplied in high concentrations. Usually they grow very well on nutrient agar, from which they can be isolated also. They are widespread throughout the whole biosphere: water, soil, and air. It is doubtful wheth

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Phosphoenolpyruvate Carboxylase: Allosteric Regulation at the Ecosystem Level by Dissolved Organic ved organic matter (UDOM) is present only in very small amounts with a high substrate diversity, and frequently the supply is discontinuous (Münster and Chróst 1990; Chapter 2, this volume). The qualitative and quantitative composition and metabolic activity of heterotrophic bacterial assemblages in