FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2985114281> ?p ?o ?g. }

• W2985114281 endingPage "383" @default.
• W2985114281 startingPage "370" @default.
• W2985114281 abstract "Abstract Aim Nutrient subsidies support high primary productivity, increasing herbivore abundance and influencing their top‐down control of producers. Wind‐driven upwelling events deliver cold nutrient‐rich water to coastlines, supporting highly productive marine environments. Results from studies comparing ecological processes across upwelling regimes are mixed: some reveal weaker herbivory in upwelling regions, while others report a positive relationship between upwelling and herbivory. In this synthesis we examine the influence of upwelling on top‐down control of producers across the globe. Location Global; marine ecosystems. Time period 1978–2017. Major taxa studied Marine herbivores and algae. Methods We used data from herbivory studies focusing specifically on the influence of upwelling activity (upwelling studies), and a broader collection of herbivore exclusion studies dating back four decades. For the upwelling studies we compared herbivore effects between experiments replicated across sites for which upwelling conditions were described by the authors. Meanwhile, for the broader collection of experiments we used externally sourced oceanographic data to characterize upwelling activity, and examined how herbivory changed along a gradient of upwelling activity. Results Our results consistently reveal that upwelling weakens herbivore effects on producers. Herbivory was, on average, four times weaker in upwelling sites relative to sites under weak upwelling or downwelling regimes in studies that specifically examined upwelling. The analysis of the broader herbivory literature revealed a similar weakening influence of upwelling on herbivory; however, the effect size was smaller and varied across producer functional groups. Main conclusions Nutrient subsidies from upwelling events reduce top‐down control by herbivores in coastal ecosystems; however, the negative relationship between upwelling intensity and herbivory is likely the result of a combination of co‐occurring processes. First, increased primary production overwhelms consumption by herbivores. Second, cold water reduces herbivore metabolism and activity. Finally, surface currents associated with upwelling activity transport herbivore larvae offshore, decoupling secondary production from herbivory." @default.
• W2985114281 created "2019-11-22" @default.
• W2985114281 creator A5001911595 @default.
• W2985114281 creator A5006194218 @default.
• W2985114281 creator A5084512487 @default.
• W2985114281 date "2019-11-06" @default.
• W2985114281 modified "2023-10-03" @default.
• W2985114281 title "Global meta‐analysis of how marine upwelling affects herbivory" @default.
• W2985114281 cites W1615699600 @default.
• W2985114281 cites W1938526285 @default.
• W2985114281 cites W1940009157 @default.
• W2985114281 cites W1970002721 @default.
• W2985114281 cites W1972238717 @default.
• W2985114281 cites W1975521316 @default.
• W2985114281 cites W1977383977 @default.
• W2985114281 cites W1984120449 @default.
• W2985114281 cites W1987130837 @default.
• W2985114281 cites W1988504791 @default.
• W2985114281 cites W2003825437 @default.
• W2985114281 cites W2004827430 @default.
• W2985114281 cites W2008019499 @default.
• W2985114281 cites W2008292878 @default.
• W2985114281 cites W2011410423 @default.
• W2985114281 cites W2019561496 @default.
• W2985114281 cites W2024938320 @default.
• W2985114281 cites W2029180251 @default.
• W2985114281 cites W2032757424 @default.
• W2985114281 cites W2037906492 @default.
• W2985114281 cites W2039347503 @default.
• W2985114281 cites W2042564230 @default.
• W2985114281 cites W2045801102 @default.
• W2985114281 cites W2047562894 @default.
• W2985114281 cites W2056812770 @default.
• W2985114281 cites W2062228260 @default.
• W2985114281 cites W2069122710 @default.
• W2985114281 cites W2069451671 @default.
• W2985114281 cites W2077009763 @default.
• W2985114281 cites W2094518893 @default.
• W2985114281 cites W2097607146 @default.
• W2985114281 cites W2105805372 @default.
• W2985114281 cites W2107036775 @default.
• W2985114281 cites W2122903885 @default.
• W2985114281 cites W2124946100 @default.
• W2985114281 cites W2129098375 @default.
• W2985114281 cites W2130802446 @default.
• W2985114281 cites W2131605795 @default.
• W2985114281 cites W2135857928 @default.
• W2985114281 cites W2139168999 @default.
• W2985114281 cites W2159632003 @default.
• W2985114281 cites W2162582079 @default.
• W2985114281 cites W2171030928 @default.
• W2985114281 cites W2177111031 @default.
• W2985114281 cites W2178674850 @default.
• W2985114281 cites W2192224112 @default.
• W2985114281 cites W2312562567 @default.
• W2985114281 cites W2316940571 @default.
• W2985114281 cites W2561682180 @default.
• W2985114281 cites W83214379 @default.
• W2985114281 doi "https://doi.org/10.1111/geb.13023" @default.
• W2985114281 hasPublicationYear "2019" @default.
• W2985114281 type Work @default.
• W2985114281 sameAs 2985114281 @default.
• W2985114281 citedByCount "11" @default.
• W2985114281 countsByYear W29851142812020 @default.
• W2985114281 countsByYear W29851142812021 @default.
• W2985114281 countsByYear W29851142812022 @default.
• W2985114281 countsByYear W29851142812023 @default.
• W2985114281 crossrefType "journal-article" @default.
• W2985114281 hasAuthorship W2985114281A5001911595 @default.
• W2985114281 hasAuthorship W2985114281A5006194218 @default.
• W2985114281 hasAuthorship W2985114281A5084512487 @default.
• W2985114281 hasConcept C110872660 @default.
• W2985114281 hasConcept C111368507 @default.
• W2985114281 hasConcept C127313418 @default.
• W2985114281 hasConcept C149348798 @default.
• W2985114281 hasConcept C151152651 @default.
• W2985114281 hasConcept C18903297 @default.
• W2985114281 hasConcept C46325548 @default.
• W2985114281 hasConcept C86803240 @default.
• W2985114281 hasConceptScore W2985114281C110872660 @default.
• W2985114281 hasConceptScore W2985114281C111368507 @default.
• W2985114281 hasConceptScore W2985114281C127313418 @default.
• W2985114281 hasConceptScore W2985114281C149348798 @default.
• W2985114281 hasConceptScore W2985114281C151152651 @default.
• W2985114281 hasConceptScore W2985114281C18903297 @default.
• W2985114281 hasConceptScore W2985114281C46325548 @default.
• W2985114281 hasConceptScore W2985114281C86803240 @default.
• W2985114281 hasFunder F4320310638 @default.
• W2985114281 hasFunder F4320332808 @default.
• W2985114281 hasIssue "2" @default.
• W2985114281 hasLocation W29851142811 @default.
• W2985114281 hasOpenAccess W2985114281 @default.
• W2985114281 hasPrimaryLocation W29851142811 @default.
• W2985114281 hasRelatedWork W1967816914 @default.
• W2985114281 hasRelatedWork W1991082022 @default.
• W2985114281 hasRelatedWork W2029036899 @default.
• W2985114281 hasRelatedWork W2068367001 @default.
• W2985114281 hasRelatedWork W2110855385 @default.

• next