FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2034403083> ?p ?o ?g. }

• W2034403083 endingPage "1504" @default.
• W2034403083 startingPage "1485" @default.
• W2034403083 abstract "Abstract Alewives Alosa pseudoharengus are the dominant prey fish in Lake Ontario, and their response to ecological change can alter the structure and function of the Lake Ontario food web. Using stochastic population‐based bioenergetic models of Lake Ontario alewives for 1987–1991 and 2001–2005, we evaluated changes to alewife production, consumption, and associated bioenergetic ratios after invasive‐induced food web disruption. After the disruption, mean biomass of alewives declined from 28.0 to 14.6 g/m 2 , production declined from 40.8 to 13.6 g·m −2 ·year −1 , and consumption declined from 342.1 to 137.2 g·m −2 ·year −1 , but bootstrapping of error sources suggested that the changes were not statistically significant. Population‐based bioenergetic ratios of production to biomass ( P / B ratio), total consumption to biomass ( Q / B ratio), and production efficiency did not change. Pathways of energy flow measured as prey‐group‐specific Q / B ratios changed significantly between the two time periods for invasive predatory cladocerans (from 0.6 to 1.3), Mysis diluviana (from 0.4 to 2.5), and other prey (from 0.8 to 0.1), but the observed decline in the zooplankton Q / B ratio (from 10.6 to 5.5) was not significant. Gross production efficiency did not change; values ranged from 8% to 15%. Age‐group mean gross conversion efficiency (GCE) declined with age; GCE ranged from 7.5% to 11.0% for yearlings, was approximately 5% for age‐2 alewives, and was less than 2% for age‐3 and older alewives. The GCE increased significantly between the time periods for yearling alewives. Our analyses support the hypothesis that after 2003, alewives could not sustain their growth while feeding on zooplankton closer to shore. Modeling of observed spatial variation in diet and alternative occupied temperatures demonstrates the potential for reducing consumption by alewives. Our results suggest that Lake Ontario alewives can exploit spatial heterogeneity in resource patches and thermal habitat to partially mitigate the effects of food web disruption. Fish management implications are discussed." @default.
• W2034403083 created "2016-06-24" @default.
• W2034403083 creator A5061235365 @default.
• W2034403083 creator A5073935222 @default.
• W2034403083 creator A5075171752 @default.
• W2034403083 creator A5085350278 @default.
• W2034403083 date "2010-12-01" @default.
• W2034403083 modified "2023-10-18" @default.
• W2034403083 title "The Bioenergetic Consequences of Invasive‐Induced Food Web Disruption to Lake Ontario Alewives" @default.
• W2034403083 cites W123546154 @default.
• W2034403083 cites W1965636649 @default.
• W2034403083 cites W1965787139 @default.
• W2034403083 cites W1968572769 @default.
• W2034403083 cites W1968621791 @default.
• W2034403083 cites W1970593485 @default.
• W2034403083 cites W1970857373 @default.
• W2034403083 cites W1972231243 @default.
• W2034403083 cites W1973467347 @default.
• W2034403083 cites W1974192028 @default.
• W2034403083 cites W1980836960 @default.
• W2034403083 cites W1981508474 @default.
• W2034403083 cites W1983824907 @default.
• W2034403083 cites W1984752790 @default.
• W2034403083 cites W1984843431 @default.
• W2034403083 cites W1985619371 @default.
• W2034403083 cites W1986748909 @default.
• W2034403083 cites W1989371633 @default.
• W2034403083 cites W1990566709 @default.
• W2034403083 cites W1992158952 @default.
• W2034403083 cites W2006744596 @default.
• W2034403083 cites W2007823973 @default.
• W2034403083 cites W2010506421 @default.
• W2034403083 cites W2013557844 @default.
• W2034403083 cites W2014087290 @default.
• W2034403083 cites W2016402711 @default.
• W2034403083 cites W2019427617 @default.
• W2034403083 cites W2024121187 @default.
• W2034403083 cites W2024188695 @default.
• W2034403083 cites W2025510710 @default.
• W2034403083 cites W2029576799 @default.
• W2034403083 cites W2031680816 @default.
• W2034403083 cites W2043222117 @default.
• W2034403083 cites W2043788808 @default.
• W2034403083 cites W2044719971 @default.
• W2034403083 cites W2046372110 @default.
• W2034403083 cites W2056458554 @default.
• W2034403083 cites W2071359430 @default.
• W2034403083 cites W2074727763 @default.
• W2034403083 cites W2077377260 @default.
• W2034403083 cites W2077746968 @default.
• W2034403083 cites W2079278314 @default.
• W2034403083 cites W2082074422 @default.
• W2034403083 cites W2082573854 @default.
• W2034403083 cites W2086675642 @default.
• W2034403083 cites W2086836598 @default.
• W2034403083 cites W2089632669 @default.
• W2034403083 cites W2096780495 @default.
• W2034403083 cites W2103037732 @default.
• W2034403083 cites W2103424205 @default.
• W2034403083 cites W2112488192 @default.
• W2034403083 cites W2123739734 @default.
• W2034403083 cites W2124272933 @default.
• W2034403083 cites W2129687590 @default.
• W2034403083 cites W2142488340 @default.
• W2034403083 cites W2143893857 @default.
• W2034403083 cites W2146554684 @default.
• W2034403083 cites W2156057373 @default.
• W2034403083 cites W2157843309 @default.
• W2034403083 cites W2160962660 @default.
• W2034403083 cites W2169712101 @default.
• W2034403083 cites W2170873959 @default.
• W2034403083 cites W2222519574 @default.
• W2034403083 cites W2228361441 @default.
• W2034403083 cites W2317051445 @default.
• W2034403083 cites W2402461077 @default.
• W2034403083 cites W3199710059 @default.
• W2034403083 cites W3200155489 @default.
• W2034403083 cites W3200666116 @default.
• W2034403083 cites W4230002269 @default.
• W2034403083 cites W4240909553 @default.
• W2034403083 cites W4244852844 @default.
• W2034403083 cites W600095327 @default.
• W2034403083 doi "https://doi.org/10.1577/m10-023.1" @default.
• W2034403083 hasPublicationYear "2010" @default.
• W2034403083 type Work @default.
• W2034403083 sameAs 2034403083 @default.
• W2034403083 citedByCount "11" @default.
• W2034403083 countsByYear W20344030832012 @default.
• W2034403083 countsByYear W20344030832013 @default.
• W2034403083 countsByYear W20344030832016 @default.
• W2034403083 countsByYear W20344030832017 @default.
• W2034403083 countsByYear W20344030832019 @default.
• W2034403083 countsByYear W20344030832020 @default.
• W2034403083 countsByYear W20344030832021 @default.
• W2034403083 crossrefType "journal-article" @default.
• W2034403083 hasAuthorship W2034403083A5061235365 @default.
• W2034403083 hasAuthorship W2034403083A5073935222 @default.
• W2034403083 hasAuthorship W2034403083A5075171752 @default.

• next