Titlebook: Biomanipulation Tool for Water Management; Proceedings of an In Ramesh D. Gulati,Eddy H. R. R. Lammens,Ellen Donk Conference proceedings 19

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978-90-481-4074-9Springer Science+Business Media Dordrecht 1990

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,Bizet, Georges Alexandre César Léopold,n ingested, they are poorly utilized..An increase in herbivores might be the expected result of biomanipulation of the aquatic food chain. This attempt at controlling the algae population is, however, destined to fail if zooplankton do not also utilize blue-greens as food. In this respect, a series

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,Benda, Georg (Anton) (Ji?í Antonín),rge-bodied ., the following observations on succession of phytoplankton were made: 1) whereas . could control the density of all the photoplankton size classes, the lake zooplankton could not suppress the large-sized phytoplankters or net phytoplankton; 2) the lake zooplankton was able to control th

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,Berechnung der Hülsenbelastung,stfelden Reservoir. Limnological parameters were regularly monitored in all the three water bodies over three months or longer. The objective of the experiments was to induce a clear-water period in turbid eutrophic waters by direct manipulation of the zooplankton community. Introduction of four mil

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Kompressionssyndrome peripherer Nerven lakes which encompass a broad range of productivity (ultra-oligotrophic Lake Tahoe, mesotrophic Castle Lake, and strongly eutrophic Clear Lake). To assess the potential strength of grazing in each lake, we evaluated algal responses to a 16-fold range of zooplankton biomass. To better compare algal

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