FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3011001004> ?p ?o ?g. }

• W3011001004 endingPage "137963" @default.
• W3011001004 startingPage "137963" @default.
• W3011001004 abstract "The consequences of raising temperatures have been intensively studied by biologists and ecologists for the past few decades. However, current climatic changes also include many anomalous weather events, such as intra-seasonal heatwaves followed by immediate decreases in temperature. In this study, the responses of population development and life history traits to different thermal regimes were investigated. The freshwater water flea Daphnia magna (Cladocera, Crustacea) was used as a model organism. Daphnia magna populations were monitored under temperature regimes of warm (25 °C), cold (5 °C), synchronous (gradual changes between 25 °C and 5 °C) or stochastic (random changes between 25 °C and 5 °C). Population size of D. magna populations decreased with unpredictability of thermal conditions; the highest density of D. magna was found in the warm environment and the lowest density in the stochastic environment. Thermal regime had significant impact on the prevalence of asexual and sexual reproduction of D. magna. Under a synchronous regime, an accumulation of asexual reproduction was observed during cold episodes; this was followed by a phase of population disturbance, manifesting itself in high fluctuations of asexual reproduction and a pattern of sexual reproduction typical of a cold regime. Under a stochastic regime, the population disturbances were observed throughout the duration of the experiment. Daily observations of individual life history traits revealed that the development of populations under different thermal regimes resulted from the regime-specific survivability of neonates. Population development was also affected by the frequency of reproduction, which consisted of the number of broods carried per lifetime. The results indicate that not only temperature but also shifts in thermal conditions have an important influence on individual life history traits and population dynamics of D. magna. It is important to consider the effects of shifts in water temperature on demographic and individual traits simultaneously because the impact of thermal changes on population traits can be modified by individual life histories." @default.
• W3011001004 created "2020-03-23" @default.
• W3011001004 creator A5016444252 @default.
• W3011001004 date "2020-06-01" @default.
• W3011001004 modified "2023-10-16" @default.
• W3011001004 title "Population dynamics and life history traits of Daphnia magna across thermal regimes of environments" @default.
• W3011001004 cites W1655353685 @default.
• W3011001004 cites W1965339045 @default.
• W3011001004 cites W1966512215 @default.
• W3011001004 cites W1972605891 @default.
• W3011001004 cites W1993779738 @default.
• W3011001004 cites W1996002196 @default.
• W3011001004 cites W2004056635 @default.
• W3011001004 cites W2009239184 @default.
• W3011001004 cites W2028055298 @default.
• W3011001004 cites W2035591882 @default.
• W3011001004 cites W2049858706 @default.
• W3011001004 cites W2058312513 @default.
• W3011001004 cites W2060811406 @default.
• W3011001004 cites W2071375649 @default.
• W3011001004 cites W2072599802 @default.
• W3011001004 cites W2077469550 @default.
• W3011001004 cites W2097536848 @default.
• W3011001004 cites W2104699783 @default.
• W3011001004 cites W2113117966 @default.
• W3011001004 cites W2117706404 @default.
• W3011001004 cites W2131772127 @default.
• W3011001004 cites W2135516531 @default.
• W3011001004 cites W2142843848 @default.
• W3011001004 cites W2144583841 @default.
• W3011001004 cites W2149704250 @default.
• W3011001004 cites W2156051588 @default.
• W3011001004 cites W2157367008 @default.
• W3011001004 cites W2167974959 @default.
• W3011001004 cites W2169048626 @default.
• W3011001004 cites W2171219644 @default.
• W3011001004 cites W2172123022 @default.
• W3011001004 cites W2399057930 @default.
• W3011001004 cites W2469862374 @default.
• W3011001004 cites W2508315350 @default.
• W3011001004 cites W2780063954 @default.
• W3011001004 cites W2783996687 @default.
• W3011001004 cites W2886609078 @default.
• W3011001004 cites W2906155862 @default.
• W3011001004 cites W2922333921 @default.
• W3011001004 cites W2963057833 @default.
• W3011001004 cites W2978506539 @default.
• W3011001004 cites W4256539621 @default.
• W3011001004 cites W4376522507 @default.
• W3011001004 cites W85401036 @default.
• W3011001004 cites W2966946597 @default.
• W3011001004 doi "https://doi.org/10.1016/j.scitotenv.2020.137963" @default.
• W3011001004 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32217401" @default.
• W3011001004 hasPublicationYear "2020" @default.
• W3011001004 type Work @default.
• W3011001004 sameAs 3011001004 @default.
• W3011001004 citedByCount "11" @default.
• W3011001004 countsByYear W30110010042021 @default.
• W3011001004 countsByYear W30110010042022 @default.
• W3011001004 countsByYear W30110010042023 @default.
• W3011001004 crossrefType "journal-article" @default.
• W3011001004 hasAuthorship W3011001004A5016444252 @default.
• W3011001004 hasBestOaLocation W30110010041 @default.
• W3011001004 hasConcept C144024400 @default.
• W3011001004 hasConcept C149923435 @default.
• W3011001004 hasConcept C159575461 @default.
• W3011001004 hasConcept C170009740 @default.
• W3011001004 hasConcept C178790620 @default.
• W3011001004 hasConcept C185592680 @default.
• W3011001004 hasConcept C18903297 @default.
• W3011001004 hasConcept C199733313 @default.
• W3011001004 hasConcept C2778208666 @default.
• W3011001004 hasConcept C2780158794 @default.
• W3011001004 hasConcept C2780187675 @default.
• W3011001004 hasConcept C2908647359 @default.
• W3011001004 hasConcept C29730261 @default.
• W3011001004 hasConcept C2992101111 @default.
• W3011001004 hasConcept C59659247 @default.
• W3011001004 hasConcept C66698415 @default.
• W3011001004 hasConcept C84766238 @default.
• W3011001004 hasConcept C86803240 @default.
• W3011001004 hasConcept C90856448 @default.
• W3011001004 hasConceptScore W3011001004C144024400 @default.
• W3011001004 hasConceptScore W3011001004C149923435 @default.
• W3011001004 hasConceptScore W3011001004C159575461 @default.
• W3011001004 hasConceptScore W3011001004C170009740 @default.
• W3011001004 hasConceptScore W3011001004C178790620 @default.
• W3011001004 hasConceptScore W3011001004C185592680 @default.
• W3011001004 hasConceptScore W3011001004C18903297 @default.
• W3011001004 hasConceptScore W3011001004C199733313 @default.
• W3011001004 hasConceptScore W3011001004C2778208666 @default.
• W3011001004 hasConceptScore W3011001004C2780158794 @default.
• W3011001004 hasConceptScore W3011001004C2780187675 @default.
• W3011001004 hasConceptScore W3011001004C2908647359 @default.
• W3011001004 hasConceptScore W3011001004C29730261 @default.
• W3011001004 hasConceptScore W3011001004C2992101111 @default.
• W3011001004 hasConceptScore W3011001004C59659247 @default.
• W3011001004 hasConceptScore W3011001004C66698415 @default.

• next