FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1979201013> ?p ?o ?g. }

• W1979201013 endingPage "1248" @default.
• W1979201013 startingPage "1231" @default.
• W1979201013 abstract "Growth of the backswimmer Notonecta hoffmani is better on a diet of Daphnia pulex than on a diet of Ceriodaphnia reticulata. Offered a choice of these two zooplankton species, Notonecta selects Daphnia or large individuals of either species. To test whether this preference affects prey species and size—classes differently, we measured population changes when the predator and one prey species or the other were placed together in plastic tubs for 7—8 wk. Roughly half of the replicated laboratory populations of Daphnia pulex that were exposed to predation by a constant number and age—class of Notonecta were driven extinct within 8 wk. The remainder of these populations maintained densities similar to those of control populations without predators. Populations surviving at each sampling period partially compensated to mortality caused by predators by small increases in individual fecundity, which maintained their population birth rates at the same level as those of control populations. Fecundity was inversely related to the density of adult Daphnia and to the total biomass of Daphnia. In populations exposed to predation, the other compensatory mechanism was decrease in the mortality of young from factors (probably starvation) other than predation. Predation reduced the average size of individuals in Daphnia populations and consequently markedly reduced the average biomass. This presumably increased the food per capita available to juveniles and small adults in predation treatments over the level available to their counterparts in controls, and hence both reduced mortality from starvation and increased size—related fecundity. Populations exposed to predation appeared to have stable dynamics for varying periods. However, as the experiment progressed, apparently random events in some populations caused the predation rate to exceed Daphnia's ability to compensate, and in each successive intersampling period a few populations were driven extinct. Extinction was probabilistic. Thus both a deterministic and a stochastic framework are required to explain the dynamics of these laboratory populations. Only two of 18 Ceriodaphnia populations were driven extinct. Notonecta instar II had the largest effect on the density of this species and also caused its temporal variability to increase. We have less information on the dynamics of this zooplankter than on D. Pulex." @default.
• W1979201013 created "2016-06-24" @default.
• W1979201013 creator A5056315791 @default.
• W1979201013 creator A5078497812 @default.
• W1979201013 date "1984-08-01" @default.
• W1979201013 modified "2023-09-23" @default.
• W1979201013 title "Stability and Extinction of Laboratory Populations of Zooplankton Preyed on by The Backswimmer Notonecta" @default.
• W1979201013 cites W1514623197 @default.
• W1979201013 cites W1944022669 @default.
• W1979201013 cites W1967776024 @default.
• W1979201013 cites W1969362973 @default.
• W1979201013 cites W1983956066 @default.
• W1979201013 cites W1988843507 @default.
• W1979201013 cites W1994947978 @default.
• W1979201013 cites W1996247834 @default.
• W1979201013 cites W2022707516 @default.
• W1979201013 cites W2024571014 @default.
• W1979201013 cites W2038344226 @default.
• W1979201013 cites W2044424534 @default.
• W1979201013 cites W2052715626 @default.
• W1979201013 cites W2061144016 @default.
• W1979201013 cites W2063282180 @default.
• W1979201013 cites W2108080939 @default.
• W1979201013 cites W2122405195 @default.
• W1979201013 cites W2151525649 @default.
• W1979201013 cites W2164239098 @default.
• W1979201013 cites W2312640569 @default.
• W1979201013 cites W2312921925 @default.
• W1979201013 cites W2320222640 @default.
• W1979201013 cites W2328613384 @default.
• W1979201013 cites W2522420795 @default.
• W1979201013 cites W287885945 @default.
• W1979201013 cites W3043227200 @default.
• W1979201013 doi "https://doi.org/10.2307/1938330" @default.
• W1979201013 hasPublicationYear "1984" @default.
• W1979201013 type Work @default.
• W1979201013 sameAs 1979201013 @default.
• W1979201013 citedByCount "41" @default.
• W1979201013 countsByYear W19792010132013 @default.
• W1979201013 countsByYear W19792010132014 @default.
• W1979201013 countsByYear W19792010132016 @default.
• W1979201013 countsByYear W19792010132017 @default.
• W1979201013 countsByYear W19792010132018 @default.
• W1979201013 countsByYear W19792010132019 @default.
• W1979201013 countsByYear W19792010132021 @default.
• W1979201013 crossrefType "journal-article" @default.
• W1979201013 hasAuthorship W1979201013A5056315791 @default.
• W1979201013 hasAuthorship W1979201013A5078497812 @default.
• W1979201013 hasConcept C144024400 @default.
• W1979201013 hasConcept C149923435 @default.
• W1979201013 hasConcept C158836135 @default.
• W1979201013 hasConcept C188382862 @default.
• W1979201013 hasConcept C18903297 @default.
• W1979201013 hasConcept C199733313 @default.
• W1979201013 hasConcept C2776987104 @default.
• W1979201013 hasConcept C2778208666 @default.
• W1979201013 hasConcept C2778919138 @default.
• W1979201013 hasConcept C2779121941 @default.
• W1979201013 hasConcept C2779765374 @default.
• W1979201013 hasConcept C2780187675 @default.
• W1979201013 hasConcept C2908647359 @default.
• W1979201013 hasConcept C67283656 @default.
• W1979201013 hasConcept C86803240 @default.
• W1979201013 hasConcept C90856448 @default.
• W1979201013 hasConcept C96857902 @default.
• W1979201013 hasConceptScore W1979201013C144024400 @default.
• W1979201013 hasConceptScore W1979201013C149923435 @default.
• W1979201013 hasConceptScore W1979201013C158836135 @default.
• W1979201013 hasConceptScore W1979201013C188382862 @default.
• W1979201013 hasConceptScore W1979201013C18903297 @default.
• W1979201013 hasConceptScore W1979201013C199733313 @default.
• W1979201013 hasConceptScore W1979201013C2776987104 @default.
• W1979201013 hasConceptScore W1979201013C2778208666 @default.
• W1979201013 hasConceptScore W1979201013C2778919138 @default.
• W1979201013 hasConceptScore W1979201013C2779121941 @default.
• W1979201013 hasConceptScore W1979201013C2779765374 @default.
• W1979201013 hasConceptScore W1979201013C2780187675 @default.
• W1979201013 hasConceptScore W1979201013C2908647359 @default.
• W1979201013 hasConceptScore W1979201013C67283656 @default.
• W1979201013 hasConceptScore W1979201013C86803240 @default.
• W1979201013 hasConceptScore W1979201013C90856448 @default.
• W1979201013 hasConceptScore W1979201013C96857902 @default.
• W1979201013 hasIssue "4" @default.
• W1979201013 hasLocation W19792010131 @default.
• W1979201013 hasOpenAccess W1979201013 @default.
• W1979201013 hasPrimaryLocation W19792010131 @default.
• W1979201013 hasRelatedWork W1964437997 @default.
• W1979201013 hasRelatedWork W1979201013 @default.
• W1979201013 hasRelatedWork W2000069044 @default.
• W1979201013 hasRelatedWork W2000420435 @default.
• W1979201013 hasRelatedWork W2000460356 @default.
• W1979201013 hasRelatedWork W2034239370 @default.
• W1979201013 hasRelatedWork W2045954301 @default.
• W1979201013 hasRelatedWork W2056007990 @default.
• W1979201013 hasRelatedWork W2119138655 @default.
• W1979201013 hasRelatedWork W2370238786 @default.
• W1979201013 hasVolume "65" @default.
• W1979201013 isParatext "false" @default.

• next