FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2088650247> ?p ?o ?g. }

• W2088650247 endingPage "1182" @default.
• W2088650247 startingPage "1173" @default.
• W2088650247 abstract "Cross-ecosystem movements of material and energy, particularly reciprocal resource fluxes across the freshwater–land interface, have received major attention. Freshwater ecosystems may receive higher amounts of subsidies (i.e., resources produced outside the focal ecosystem) than terrestrial ecosystems, potentially leading to increased secondary production in freshwaters. Here we used a meta-analytic approach to quantify the magnitude and direction of subsidy inputs across the freshwater–land interface and to determine subsequent responses in recipient animals. Terrestrial and freshwater ecosystems differed in the magnitude of subsidies they received, with aquatic ecosystems generally receiving higher subsidies than terrestrial ecosystems. Surprisingly, and despite the large discrepancy in magnitude, the contribution of these subsidies to animal carbon inferred from stable isotope composition did not differ between freshwater and terrestrial ecosystems, likely due to the differences in subsidy quality. The contribution of allochthonous subsidies was highest to primary consumers and predators, suggesting that bottom-up and top-down effects may be affected considerably by the input of allochthonous resources. Future work on subsidies will profit from a food web dynamic approach including indirect trophic interactions and propagating effects." @default.
• W2088650247 created "2016-06-24" @default.
• W2088650247 creator A5021708338 @default.
• W2088650247 creator A5033198651 @default.
• W2088650247 creator A5043076947 @default.
• W2088650247 creator A5076830169 @default.
• W2088650247 creator A5083152885 @default.
• W2088650247 creator A5091123123 @default.
• W2088650247 date "2012-05-01" @default.
• W2088650247 modified "2023-09-30" @default.
• W2088650247 title "Reciprocal subsidies between freshwater and terrestrial ecosystems structure consumer resource dynamics" @default.
• W2088650247 cites W1940009157 @default.
• W2088650247 cites W1971453105 @default.
• W2088650247 cites W1977765506 @default.
• W2088650247 cites W1977998003 @default.
• W2088650247 cites W1985845539 @default.
• W2088650247 cites W1995785663 @default.
• W2088650247 cites W1995965730 @default.
• W2088650247 cites W1998135753 @default.
• W2088650247 cites W2001878373 @default.
• W2088650247 cites W2007273496 @default.
• W2088650247 cites W2019740647 @default.
• W2088650247 cites W2022014464 @default.
• W2088650247 cites W2024458428 @default.
• W2088650247 cites W2031359834 @default.
• W2088650247 cites W2036854903 @default.
• W2088650247 cites W2042134293 @default.
• W2088650247 cites W2059718508 @default.
• W2088650247 cites W2068349998 @default.
• W2088650247 cites W2069925982 @default.
• W2088650247 cites W2070015813 @default.
• W2088650247 cites W2079917542 @default.
• W2088650247 cites W2080769770 @default.
• W2088650247 cites W2081604939 @default.
• W2088650247 cites W2082008228 @default.
• W2088650247 cites W2084161123 @default.
• W2088650247 cites W2087743156 @default.
• W2088650247 cites W2089698383 @default.
• W2088650247 cites W2090456262 @default.
• W2088650247 cites W2092008429 @default.
• W2088650247 cites W2095353255 @default.
• W2088650247 cites W2096295128 @default.
• W2088650247 cites W2096742130 @default.
• W2088650247 cites W2097607146 @default.
• W2088650247 cites W2098869580 @default.
• W2088650247 cites W2100933528 @default.
• W2088650247 cites W2102119018 @default.
• W2088650247 cites W2102777462 @default.
• W2088650247 cites W2102843999 @default.
• W2088650247 cites W2105534067 @default.
• W2088650247 cites W2107545072 @default.
• W2088650247 cites W2112128558 @default.
• W2088650247 cites W2122903885 @default.
• W2088650247 cites W2133057280 @default.
• W2088650247 cites W2133154373 @default.
• W2088650247 cites W2137229354 @default.
• W2088650247 cites W2137626918 @default.
• W2088650247 cites W2137734568 @default.
• W2088650247 cites W2139938002 @default.
• W2088650247 cites W2142945980 @default.
• W2088650247 cites W2149558489 @default.
• W2088650247 cites W2155595823 @default.
• W2088650247 cites W2164215496 @default.
• W2088650247 cites W2168484803 @default.
• W2088650247 cites W2314701789 @default.
• W2088650247 cites W2317845212 @default.
• W2088650247 cites W2327861502 @default.
• W2088650247 cites W4254907625 @default.
• W2088650247 doi "https://doi.org/10.1890/11-1210.1" @default.
• W2088650247 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22764503" @default.
• W2088650247 hasPublicationYear "2012" @default.
• W2088650247 type Work @default.
• W2088650247 sameAs 2088650247 @default.
• W2088650247 citedByCount "146" @default.
• W2088650247 countsByYear W20886502472012 @default.
• W2088650247 countsByYear W20886502472013 @default.
• W2088650247 countsByYear W20886502472014 @default.
• W2088650247 countsByYear W20886502472015 @default.
• W2088650247 countsByYear W20886502472016 @default.
• W2088650247 countsByYear W20886502472017 @default.
• W2088650247 countsByYear W20886502472018 @default.
• W2088650247 countsByYear W20886502472019 @default.
• W2088650247 countsByYear W20886502472020 @default.
• W2088650247 countsByYear W20886502472021 @default.
• W2088650247 countsByYear W20886502472022 @default.
• W2088650247 countsByYear W20886502472023 @default.
• W2088650247 crossrefType "journal-article" @default.
• W2088650247 hasAuthorship W2088650247A5021708338 @default.
• W2088650247 hasAuthorship W2088650247A5033198651 @default.
• W2088650247 hasAuthorship W2088650247A5043076947 @default.
• W2088650247 hasAuthorship W2088650247A5076830169 @default.
• W2088650247 hasAuthorship W2088650247A5083152885 @default.
• W2088650247 hasAuthorship W2088650247A5091123123 @default.
• W2088650247 hasConcept C109931610 @default.
• W2088650247 hasConcept C110872660 @default.
• W2088650247 hasConcept C162324750 @default.
• W2088650247 hasConcept C175327387 @default.
• W2088650247 hasConcept C18903297 @default.

• next