FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2758393397> ?p ?o ?g. }

• W2758393397 endingPage "148" @default.
• W2758393397 startingPage "133" @default.
• W2758393397 abstract "Mass extinctions have profoundly influenced the history of life, not only through the death of species but also through changes in ecosystem function and structure. Importantly, these events allow us the opportunity to study ecological dynamics under levels of environmental stress for which there are no recent analogues. Here, we examine the impact and selectivity of the Late Triassic mass extinction event on the functional diversity and functional composition of the global marine ecosystem, and test whether post-extinction communities in the Early Jurassic represent a regime shift away from pre-extinction communities in the Late Triassic. Our analyses show that, despite severe taxonomic losses, there is no unequivocal loss of global functional diversity associated with the extinction. Even though no functional groups were lost, the extinction event was, however, highly selective against some modes of life, in particular sessile suspension feeders. Although taxa with heavily calcified skeletons suffered higher extinction than other taxa, lightly calcified taxa also appear to have been selected against. The extinction appears to have invigorated the already ongoing faunal turnover associated with the Mesozoic Marine Revolution. The ecological effects of the Late Triassic mass extinction were preferentially felt in the tropical latitudes, especially amongst reefs, and it took until the Middle Jurassic for reef ecosystems to fully recover to pre-extinction levels." @default.
• W2758393397 created "2017-10-06" @default.
• W2758393397 creator A5031264398 @default.
• W2758393397 creator A5043740234 @default.
• W2758393397 creator A5046702365 @default.
• W2758393397 creator A5086109472 @default.
• W2758393397 date "2017-10-20" @default.
• W2758393397 modified "2023-10-09" @default.
• W2758393397 title "Impact of the Late Triassic mass extinction on functional diversity and composition of marine ecosystems" @default.
• W2758393397 cites W1472254684 @default.
• W2758393397 cites W1495274721 @default.
• W2758393397 cites W1551201887 @default.
• W2758393397 cites W1841433336 @default.
• W2758393397 cites W1922855605 @default.
• W2758393397 cites W1956660394 @default.
• W2758393397 cites W1964116332 @default.
• W2758393397 cites W1964829348 @default.
• W2758393397 cites W1967891258 @default.
• W2758393397 cites W1980420809 @default.
• W2758393397 cites W1994098827 @default.
• W2758393397 cites W1996174977 @default.
• W2758393397 cites W1999273841 @default.
• W2758393397 cites W2002083858 @default.
• W2758393397 cites W2007663434 @default.
• W2758393397 cites W2012870613 @default.
• W2758393397 cites W2016173317 @default.
• W2758393397 cites W2035376194 @default.
• W2758393397 cites W2035648859 @default.
• W2758393397 cites W2044811135 @default.
• W2758393397 cites W2045819710 @default.
• W2758393397 cites W2045864471 @default.
• W2758393397 cites W2048067130 @default.
• W2758393397 cites W2059758277 @default.
• W2758393397 cites W2061804992 @default.
• W2758393397 cites W2065203704 @default.
• W2758393397 cites W2076212943 @default.
• W2758393397 cites W2079852953 @default.
• W2758393397 cites W2081244987 @default.
• W2758393397 cites W2088685499 @default.
• W2758393397 cites W2091706554 @default.
• W2758393397 cites W2094520873 @default.
• W2758393397 cites W2099674340 @default.
• W2758393397 cites W2100073969 @default.
• W2758393397 cites W2101765162 @default.
• W2758393397 cites W2105387568 @default.
• W2758393397 cites W2105390053 @default.
• W2758393397 cites W2114957062 @default.
• W2758393397 cites W2120372331 @default.
• W2758393397 cites W2121834312 @default.
• W2758393397 cites W2125693485 @default.
• W2758393397 cites W2126711897 @default.
• W2758393397 cites W2128517168 @default.
• W2758393397 cites W2130445284 @default.
• W2758393397 cites W2143502003 @default.
• W2758393397 cites W2145968438 @default.
• W2758393397 cites W2147618390 @default.
• W2758393397 cites W2148246484 @default.
• W2758393397 cites W2152700412 @default.
• W2758393397 cites W2159506993 @default.
• W2758393397 cites W2162618745 @default.
• W2758393397 cites W2165761314 @default.
• W2758393397 cites W2166913044 @default.
• W2758393397 cites W2167947454 @default.
• W2758393397 cites W2169366782 @default.
• W2758393397 cites W2169940522 @default.
• W2758393397 cites W2187825126 @default.
• W2758393397 cites W2197252238 @default.
• W2758393397 cites W2200235699 @default.
• W2758393397 cites W2219331640 @default.
• W2758393397 cites W2266171749 @default.
• W2758393397 cites W2316816482 @default.
• W2758393397 cites W2338277149 @default.
• W2758393397 cites W2340125173 @default.
• W2758393397 cites W2343336422 @default.
• W2758393397 cites W2494791799 @default.
• W2758393397 cites W2516004052 @default.
• W2758393397 cites W2520462677 @default.
• W2758393397 cites W2529501031 @default.
• W2758393397 cites W2530430075 @default.
• W2758393397 cites W2547229571 @default.
• W2758393397 cites W2555975945 @default.
• W2758393397 cites W2592021744 @default.
• W2758393397 cites W3199720236 @default.
• W2758393397 doi "https://doi.org/10.1111/pala.12332" @default.
• W2758393397 hasPublicationYear "2017" @default.
• W2758393397 type Work @default.
• W2758393397 sameAs 2758393397 @default.
• W2758393397 citedByCount "39" @default.
• W2758393397 countsByYear W27583933972018 @default.
• W2758393397 countsByYear W27583933972019 @default.
• W2758393397 countsByYear W27583933972020 @default.
• W2758393397 countsByYear W27583933972021 @default.
• W2758393397 countsByYear W27583933972022 @default.
• W2758393397 countsByYear W27583933972023 @default.
• W2758393397 crossrefType "journal-article" @default.
• W2758393397 hasAuthorship W2758393397A5031264398 @default.
• W2758393397 hasAuthorship W2758393397A5043740234 @default.
• W2758393397 hasAuthorship W2758393397A5046702365 @default.

• next