FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2033219920> ?p ?o ?g. }

• W2033219920 endingPage "1358" @default.
• W2033219920 startingPage "1347" @default.
• W2033219920 abstract "Prey traits linking consumer diversity to ecosystem function remain poorly understood. On tropical coral reefs, herbivores promote coral dominance by suppressing competing macroalgae, but the roles of herbivore identity and diversity, macroalgal defenses, and their interactions in affecting reef resilience and function are unclear. We studied adjacent pairs of no-take marine reserves and fished areas on reefs in Fiji and found that protected reefs supported 7-17x greater biomass, 2-3x higher species richness of herbivorous fishes, and 3-11x more live coral cover than did fished reefs. In contrast, macroalgae were 27-61x more abundant and 3-4x more species-rich on fished reefs. When we transplanted seven common macroalgae from fished reefs into reserves they were rapidly consumed, suggesting that rates of herbivory (ecosystem functioning) differed inside vs. outside reserves. We then video-recorded feeding activity on the same seven macroalgae when transplanted into reserves, and assessed the functional redundancy vs. complementarity of herbivorous fishes consuming these macroalgae. Of 29 species of larger herbivorous fishes on these reefs, only four species accounted for 97% of macroalgal consumption. Two unicornfish consumed a range of brown macroalgae, a parrotfish consumed multiple red algae, and a rabbitfish consumed a green alga, with almost no diet overlap among these groups. The two most chemically rich, allelopathic algae were each consumed by a single, but different, fish species. This striking complementarity resulted from herbivore species differing in their tolerances to macroalgal chemical and structural defenses. A model of assemblage diet breadth based on our feeding observations predicted that high browser diversity would be required for effective control of macroalgae on Fijian reefs. In support of this model, we observed strong negative relationships between herbivore diversity and macroalgal abundance and diversity across the six study reefs. Our findings indicate that the total diet breadth of the herbivore community and the probability of all macroalgae being removed from reefs by herbivores increases with increasing herbivore diversity, but that a few critical species drive this relationship. Therefore, interactions between algal defenses and herbivore tolerances create an essential role for consumer diversity in the functioning and resilience of coral reefs." @default.
• W2033219920 created "2016-06-24" @default.
• W2033219920 creator A5031562431 @default.
• W2033219920 creator A5051681301 @default.
• W2033219920 creator A5074462656 @default.
• W2033219920 date "2013-06-01" @default.
• W2033219920 modified "2023-10-17" @default.
• W2033219920 title "Consumer diversity interacts with prey defenses to drive ecosystem function" @default.
• W2033219920 cites W1594032928 @default.
• W2033219920 cites W1966789160 @default.
• W2033219920 cites W1972359743 @default.
• W2033219920 cites W1979817340 @default.
• W2033219920 cites W1981564429 @default.
• W2033219920 cites W1989974377 @default.
• W2033219920 cites W1991147903 @default.
• W2033219920 cites W1992347263 @default.
• W2033219920 cites W1995189845 @default.
• W2033219920 cites W1997371999 @default.
• W2033219920 cites W2001844665 @default.
• W2033219920 cites W2003189323 @default.
• W2033219920 cites W2006697677 @default.
• W2033219920 cites W2013992111 @default.
• W2033219920 cites W2015751974 @default.
• W2033219920 cites W2019942643 @default.
• W2033219920 cites W2021749568 @default.
• W2033219920 cites W2022879203 @default.
• W2033219920 cites W2025068598 @default.
• W2033219920 cites W2026368203 @default.
• W2033219920 cites W2039730962 @default.
• W2033219920 cites W2068753922 @default.
• W2033219920 cites W2079339460 @default.
• W2033219920 cites W2083022379 @default.
• W2033219920 cites W2083512010 @default.
• W2033219920 cites W2089080479 @default.
• W2033219920 cites W2094165220 @default.
• W2033219920 cites W2099407873 @default.
• W2033219920 cites W2100927103 @default.
• W2033219920 cites W2105599654 @default.
• W2033219920 cites W2110715741 @default.
• W2033219920 cites W2113058733 @default.
• W2033219920 cites W2115004610 @default.
• W2033219920 cites W2119365741 @default.
• W2033219920 cites W2125200551 @default.
• W2033219920 cites W2125672475 @default.
• W2033219920 cites W2127772214 @default.
• W2033219920 cites W2137687380 @default.
• W2033219920 cites W2140580633 @default.
• W2033219920 cites W2145497792 @default.
• W2033219920 cites W2146616239 @default.
• W2033219920 cites W2149336774 @default.
• W2033219920 cites W2155487438 @default.
• W2033219920 cites W2156709416 @default.
• W2033219920 cites W2158343259 @default.
• W2033219920 cites W2158516569 @default.
• W2033219920 cites W2160021859 @default.
• W2033219920 cites W2163744914 @default.
• W2033219920 cites W2165255567 @default.
• W2033219920 cites W2171552191 @default.
• W2033219920 cites W2171973650 @default.
• W2033219920 cites W4232487228 @default.
• W2033219920 cites W4237075294 @default.
• W2033219920 doi "https://doi.org/10.1890/12-0389.1" @default.
• W2033219920 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3752656" @default.
• W2033219920 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23923498" @default.
• W2033219920 hasPublicationYear "2013" @default.
• W2033219920 type Work @default.
• W2033219920 sameAs 2033219920 @default.
• W2033219920 citedByCount "205" @default.
• W2033219920 countsByYear W20332199202013 @default.
• W2033219920 countsByYear W20332199202014 @default.
• W2033219920 countsByYear W20332199202015 @default.
• W2033219920 countsByYear W20332199202016 @default.
• W2033219920 countsByYear W20332199202017 @default.
• W2033219920 countsByYear W20332199202018 @default.
• W2033219920 countsByYear W20332199202019 @default.
• W2033219920 countsByYear W20332199202020 @default.
• W2033219920 countsByYear W20332199202021 @default.
• W2033219920 countsByYear W20332199202022 @default.
• W2033219920 countsByYear W20332199202023 @default.
• W2033219920 crossrefType "journal-article" @default.
• W2033219920 hasAuthorship W2033219920A5031562431 @default.
• W2033219920 hasAuthorship W2033219920A5051681301 @default.
• W2033219920 hasAuthorship W2033219920A5074462656 @default.
• W2033219920 hasBestOaLocation W20332199202 @default.
• W2033219920 hasConcept C104317684 @default.
• W2033219920 hasConcept C110872660 @default.
• W2033219920 hasConcept C144492951 @default.
• W2033219920 hasConcept C151913843 @default.
• W2033219920 hasConcept C185933670 @default.
• W2033219920 hasConcept C18903297 @default.
• W2033219920 hasConcept C207769581 @default.
• W2033219920 hasConcept C2779817669 @default.
• W2033219920 hasConcept C32120771 @default.
• W2033219920 hasConcept C46325548 @default.
• W2033219920 hasConcept C55493867 @default.
• W2033219920 hasConcept C77044568 @default.
• W2033219920 hasConcept C79367842 @default.
• W2033219920 hasConcept C86803240 @default.

• next