FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2898684424> ?p ?o ?g. }

• W2898684424 endingPage "329" @default.
• W2898684424 startingPage "315" @default.
• W2898684424 abstract "Abstract Understanding population fluctuations is a major goal of population ecology. In unpredictable marine environments, population variation is thought to be caused primarily by varying survival rates through a critical early life‐history stage. However, there is increasing evidence that somatic growth variation is common and causes population fluctuations. We examine the relative effects of empirically validated variability in somatic growth and recruitment on two response metrics across eight different life‐history archetypes of marine fish. We evaluate how much variation is propagated into mature biomass (MB), a proxy for population resilience, and population production, a measure of population rebuilding capacity. Production is defined as the biomass produced by the stock above what is needed to sustain the population at a constant level. We used empirical estimates of reproductive success and somatic growth rate, coupled with a population model, to evaluate the relative role of both types of variation in population fluctuations. The effects of this variation on population production and MB were examined across three variation scenarios, in which somatic growth only, reproduction only or both processes varied temporally. We also examined three levels of age truncation to explore whether modified population age structure altered these dynamics. The contribution of somatic growth to biomass variability exceeded that of recruitment for some species (2/8), while in others (5/8 species), recruitment variation was more influential. When population production was examined, somatic growth variation contributed more to population variation for three species. The relative importance of the two processes was not clearly correlated with key life‐history traits (i.e., growth and mortality rates), but instead was determined by time‐series characteristics of growth and recruitment variation. Increasing age truncation slightly increased the relative effect of recruitment variation on MB variation for three species. These results suggest somatic growth variation can be as important as early life‐history survival in driving population fluctuations in some marine fish species. This analysis provides a counterexample to the commonly held assumption of many marine population dynamics models: That population variability is induced primarily through variation in reproductive success." @default.
• W2898684424 created "2018-11-09" @default.
• W2898684424 creator A5056037781 @default.
• W2898684424 creator A5073407262 @default.
• W2898684424 date "2018-12-10" @default.
• W2898684424 modified "2023-10-06" @default.
• W2898684424 title "Somatic growth contributes to population variation in marine fishes" @default.
• W2898684424 cites W1488407414 @default.
• W2898684424 cites W1509933015 @default.
• W2898684424 cites W1963959286 @default.
• W2898684424 cites W1972344148 @default.
• W2898684424 cites W1973805519 @default.
• W2898684424 cites W1973933025 @default.
• W2898684424 cites W1977900532 @default.
• W2898684424 cites W1981799479 @default.
• W2898684424 cites W1983765442 @default.
• W2898684424 cites W1990549477 @default.
• W2898684424 cites W1999617903 @default.
• W2898684424 cites W2004827430 @default.
• W2898684424 cites W2008059407 @default.
• W2898684424 cites W2034075055 @default.
• W2898684424 cites W2035101472 @default.
• W2898684424 cites W2038411382 @default.
• W2898684424 cites W2038852550 @default.
• W2898684424 cites W2047321199 @default.
• W2898684424 cites W2049554549 @default.
• W2898684424 cites W2050014553 @default.
• W2898684424 cites W2052903290 @default.
• W2898684424 cites W2066699254 @default.
• W2898684424 cites W2069576558 @default.
• W2898684424 cites W2078361618 @default.
• W2898684424 cites W2078945594 @default.
• W2898684424 cites W2087044309 @default.
• W2898684424 cites W2091493864 @default.
• W2898684424 cites W2093018951 @default.
• W2898684424 cites W2104721020 @default.
• W2898684424 cites W2105558110 @default.
• W2898684424 cites W2107367835 @default.
• W2898684424 cites W2116422701 @default.
• W2898684424 cites W2116968499 @default.
• W2898684424 cites W2134779854 @default.
• W2898684424 cites W2140294119 @default.
• W2898684424 cites W2140668970 @default.
• W2898684424 cites W2146652024 @default.
• W2898684424 cites W2150845327 @default.
• W2898684424 cites W2153880927 @default.
• W2898684424 cites W2154893236 @default.
• W2898684424 cites W2155764682 @default.
• W2898684424 cites W2155952421 @default.
• W2898684424 cites W2163742334 @default.
• W2898684424 cites W2165602985 @default.
• W2898684424 cites W2167800154 @default.
• W2898684424 cites W2319581159 @default.
• W2898684424 cites W2327696339 @default.
• W2898684424 cites W2329565638 @default.
• W2898684424 cites W2343509963 @default.
• W2898684424 cites W2489032696 @default.
• W2898684424 cites W2548022824 @default.
• W2898684424 cites W2782874685 @default.
• W2898684424 cites W4239851738 @default.
• W2898684424 doi "https://doi.org/10.1111/1365-2656.12921" @default.
• W2898684424 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30381829" @default.
• W2898684424 hasPublicationYear "2018" @default.
• W2898684424 type Work @default.
• W2898684424 sameAs 2898684424 @default.
• W2898684424 citedByCount "17" @default.
• W2898684424 countsByYear W28986844242019 @default.
• W2898684424 countsByYear W28986844242020 @default.
• W2898684424 countsByYear W28986844242021 @default.
• W2898684424 countsByYear W28986844242022 @default.
• W2898684424 crossrefType "journal-article" @default.
• W2898684424 hasAuthorship W2898684424A5056037781 @default.
• W2898684424 hasAuthorship W2898684424A5073407262 @default.
• W2898684424 hasBestOaLocation W28986844241 @default.
• W2898684424 hasConcept C144024400 @default.
• W2898684424 hasConcept C149923435 @default.
• W2898684424 hasConcept C169733012 @default.
• W2898684424 hasConcept C18903297 @default.
• W2898684424 hasConcept C2908647359 @default.
• W2898684424 hasConcept C52079815 @default.
• W2898684424 hasConcept C59659247 @default.
• W2898684424 hasConcept C77352025 @default.
• W2898684424 hasConcept C86803240 @default.
• W2898684424 hasConceptScore W2898684424C144024400 @default.
• W2898684424 hasConceptScore W2898684424C149923435 @default.
• W2898684424 hasConceptScore W2898684424C169733012 @default.
• W2898684424 hasConceptScore W2898684424C18903297 @default.
• W2898684424 hasConceptScore W2898684424C2908647359 @default.
• W2898684424 hasConceptScore W2898684424C52079815 @default.
• W2898684424 hasConceptScore W2898684424C59659247 @default.
• W2898684424 hasConceptScore W2898684424C77352025 @default.
• W2898684424 hasConceptScore W2898684424C86803240 @default.
• W2898684424 hasFunder F4320332292 @default.
• W2898684424 hasIssue "2" @default.
• W2898684424 hasLocation W28986844241 @default.
• W2898684424 hasLocation W28986844242 @default.
• W2898684424 hasOpenAccess W2898684424 @default.
• W2898684424 hasPrimaryLocation W28986844241 @default.

• next