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- W114976182 abstract "Abstract Lasserre, P., Tournie, T., Bianchi, M. and Chamroux, S., 1986. Heat production of mcroorganisms in eutrophied estuarine system – An experimental study. In: P. Lasserre and J.M. Martin (eds), Biogeochemical Processes at the Land-Sea Boundary. Elsevier, Amsterdam. The microbially-mediated degradation of organic materials in estuaries and lagoons exerts important influences on the chemical composition of sediments and waters. In these shallow water systems, the biogeochemical processes occuring at the sediment-water interface are relatively well-known, but rates and mechanisms are ill defined. The temporal behaviour of microorganisms colonising the water-sediment interface from different estuarine and lagoonal environments was studied, in microcosms, to compare their relative ability to recover from experimental eutrophication. The microcalorimetric data and simultaneous studies of the microbial physiological potentialities indicate that the power-time curves describe dissipative structure, with reproducible patterns in the form of temporal successions of microorganisms. The evolution of the specific rate of heat dissipation (q) showed differences in relation to seasonal thermal regimes. A characteristic feature is the increase in the specific heat production rate, shortly after nitrogen enrichment of the microcoms, followed by a decrease indicating subsequent adaptational changes in populations. These results offer an example of the value of direct microcalorimetry in studying homeostatic capabilities of ecosystems. Here, heat dissipation is an adequate parameter of the ability of the system to return, after transitory oscillations, to a new steady state (a parameter of “resilience”)." @default.
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- W114976182 date "1986-01-01" @default.
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- W114976182 title "Heat Production of Microorganisms in Eutrophied Estuarine Systems – An Experimental Study" @default.
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- W114976182 doi "https://doi.org/10.1016/s0422-9894(08)70752-9" @default.
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