FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2783145679> ?p ?o ?g. }

• W2783145679 endingPage "e2003446" @default.
• W2783145679 startingPage "e2003446" @default.
• W2783145679 abstract "Global warming and ocean acidification are forecast to exert significant impacts on marine ecosystems worldwide. However, most of these projections are based on ecological proxies or experiments on single species or simplified food webs. How energy fluxes are likely to change in marine food webs in response to future climates remains unclear, hampering forecasts of ecosystem functioning. Using a sophisticated mesocosm experiment, we model energy flows through a species-rich multilevel food web, with live habitats, natural abiotic variability, and the potential for intra- and intergenerational adaptation. We show experimentally that the combined stress of acidification and warming reduced energy flows from the first trophic level (primary producers and detritus) to the second (herbivores), and from the second to the third trophic level (carnivores). Warming in isolation also reduced the energy flow from herbivores to carnivores, the efficiency of energy transfer from primary producers and detritus to herbivores and detritivores, and the living biomass of detritivores, herbivores, and carnivores. Whilst warming and acidification jointly boosted primary producer biomass through an expansion of cyanobacteria, this biomass was converted to detritus rather than to biomass at higher trophic levels-i.e., production was constrained to the base of the food web. In contrast, ocean acidification affected the food web positively by enhancing trophic flow from detritus and primary producers to herbivores, and by increasing the biomass of carnivores. Our results show how future climate change can potentially weaken marine food webs through reduced energy flow to higher trophic levels and a shift towards a more detritus-based system, leading to food web simplification and altered producer-consumer dynamics, both of which have important implications for the structuring of benthic communities." @default.
• W2783145679 created "2018-01-26" @default.
• W2783145679 creator A5006184182 @default.
• W2783145679 creator A5011298922 @default.
• W2783145679 creator A5012369360 @default.
• W2783145679 creator A5037665177 @default.
• W2783145679 date "2018-01-09" @default.
• W2783145679 modified "2023-10-18" @default.
• W2783145679 title "Climate change could drive marine food web collapse through altered trophic flows and cyanobacterial proliferation" @default.
• W2783145679 cites W1458751059 @default.
• W2783145679 cites W1484854826 @default.
• W2783145679 cites W1542162133 @default.
• W2783145679 cites W1607979174 @default.
• W2783145679 cites W1974182285 @default.
• W2783145679 cites W1978503775 @default.
• W2783145679 cites W1996005503 @default.
• W2783145679 cites W1999402507 @default.
• W2783145679 cites W2001092428 @default.
• W2783145679 cites W2005199124 @default.
• W2783145679 cites W2005250364 @default.
• W2783145679 cites W2007263482 @default.
• W2783145679 cites W2011435702 @default.
• W2783145679 cites W2015698632 @default.
• W2783145679 cites W2017135957 @default.
• W2783145679 cites W2018243204 @default.
• W2783145679 cites W2025278182 @default.
• W2783145679 cites W2025370068 @default.
• W2783145679 cites W2031015101 @default.
• W2783145679 cites W2039612643 @default.
• W2783145679 cites W2043826355 @default.
• W2783145679 cites W2044174282 @default.
• W2783145679 cites W2053110663 @default.
• W2783145679 cites W2061638633 @default.
• W2783145679 cites W2066087564 @default.
• W2783145679 cites W2068785900 @default.
• W2783145679 cites W2075207275 @default.
• W2783145679 cites W2076091081 @default.
• W2783145679 cites W2081050205 @default.
• W2783145679 cites W2086391671 @default.
• W2783145679 cites W208642426 @default.
• W2783145679 cites W2087641521 @default.
• W2783145679 cites W2089934110 @default.
• W2783145679 cites W2095807316 @default.
• W2783145679 cites W2097272425 @default.
• W2783145679 cites W2098074542 @default.
• W2783145679 cites W2103037732 @default.
• W2783145679 cites W2104330305 @default.
• W2783145679 cites W2105082179 @default.
• W2783145679 cites W2105805372 @default.
• W2783145679 cites W2105857021 @default.
• W2783145679 cites W2108269008 @default.
• W2783145679 cites W2110065044 @default.
• W2783145679 cites W2111273878 @default.
• W2783145679 cites W2113508216 @default.
• W2783145679 cites W2114795157 @default.
• W2783145679 cites W2116183320 @default.
• W2783145679 cites W2130231032 @default.
• W2783145679 cites W2135639661 @default.
• W2783145679 cites W2136436352 @default.
• W2783145679 cites W2138631674 @default.
• W2783145679 cites W2145638163 @default.
• W2783145679 cites W2147807123 @default.
• W2783145679 cites W2148636866 @default.
• W2783145679 cites W2152986536 @default.
• W2783145679 cites W2163520583 @default.
• W2783145679 cites W2163996656 @default.
• W2783145679 cites W2167587792 @default.
• W2783145679 cites W2170153270 @default.
• W2783145679 cites W2210839694 @default.
• W2783145679 cites W2214955509 @default.
• W2783145679 cites W2220416880 @default.
• W2783145679 cites W2248559913 @default.
• W2783145679 cites W2255425117 @default.
• W2783145679 cites W2267647415 @default.
• W2783145679 cites W2317845212 @default.
• W2783145679 cites W2338326115 @default.
• W2783145679 cites W2473009902 @default.
• W2783145679 cites W2520312038 @default.
• W2783145679 cites W2557941328 @default.
• W2783145679 cites W2586049702 @default.
• W2783145679 cites W2607564930 @default.
• W2783145679 cites W2730852697 @default.
• W2783145679 doi "https://doi.org/10.1371/journal.pbio.2003446" @default.
• W2783145679 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5760012" @default.
• W2783145679 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29315309" @default.
• W2783145679 hasPublicationYear "2018" @default.
• W2783145679 type Work @default.
• W2783145679 sameAs 2783145679 @default.
• W2783145679 citedByCount "138" @default.
• W2783145679 countsByYear W27831456792018 @default.
• W2783145679 countsByYear W27831456792019 @default.
• W2783145679 countsByYear W27831456792020 @default.
• W2783145679 countsByYear W27831456792021 @default.
• W2783145679 countsByYear W27831456792022 @default.
• W2783145679 countsByYear W27831456792023 @default.
• W2783145679 crossrefType "journal-article" @default.
• W2783145679 hasAuthorship W2783145679A5006184182 @default.
• W2783145679 hasAuthorship W2783145679A5011298922 @default.

• next