Intrazooplankton PredationHenri J. Dumont, J.G. Tundisi, K. Roche |
Contents
Invertebrate zooplankton predator composition and diversity in tropical lentic waters | 13 |
A comparison between predation effects on zooplankton communities by Neomysis and Chaoborus | 33 |
Daphnia pulex and Chaoborus | 51 |
Copyright | |
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abundance Acanthocyclops robustus animals aquatic Asplanchna Aydat Barra Bonita Barra Bonita reservoir Biol biomass Blaustein Brachionus calyciflorus capture Chaoborus Chaoborus larvae cladocerans copepodites copepods crustacean cucullata cyclopoid cyclopoid copepods Cyclops Daphnia diapause Diaphanosoma Diaptomus Dodson Ecology effects eggs eutrophic experimental experiments fairy shrimps feeding fish flatworms freshwater H. J. Dumont Hebert hyalina Hydrobiol Hydrobiologia impact individuals ingestion instars Intrazooplankton Predation invertebrate predators J. G. Tundisi Keratella cochlearis kieferi laboratory lake Lake Kasumigaura larvae Leptodora limnetic limnetic zone Limnol littoral longisetus Majcz Mesocyclops edax Mesostoma lingua Mesostoma sp Moina mosquito nauplii Neomysis observed Oceanogr Oecologia pelagic Piona plankton Polyarthra ponds predation pressure predation rates predation risk predatory prey density prey species prey types priodonta ratio Roche Rotifera rotifers samples seasonal spines sulcata Table temperature tion tropical Turbellaria vertical distribution vertical migration vicinus vicinus W. C. Kerfoot Williamson zooplankton community