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- W2886208521 abstract "A new Early Triassic marine fauna is described from an exotic block (olistolith) from the Ad Daffah conglomerate in eastern Oman (Batain), which provides new insights into the ecology and diversity during the early aftermath of the Permian–Triassic Boundary mass extinction. Based on conodont quantitative biochronology, we assign a middle Griesbachian age to the upper part of this boulder. It was derived from an offshore seamount and yielded both nektonic and benthic faunas, including conodonts, ammonoids, gastropods and crinoid ossicles in mass abundance. This demonstrates that despite the stratigraphically near extinction at the Permian–Triassic Boundary, Crinoidea produced enough biomass to form crinoidal limestone as early as middle Griesbachian time. Baudicrinus, previously placed in Dadocrinidae, is now placed in Holocrinidae; therefore, Dadocrinidae are absent in the Early Triassic, and Holocrinidae remains the most basal crown-group articulates, originating during the middle Griesbachian in the Tethyan Realm. Abundant gastropods assigned to Naticopsis reached a shell size larger than 20 mm and provide another example against any generalized Lilliput effect during the Griesbachian. Whereas the benthic biomass was as high as to allow the resumption of small carbonate factories, the taxonomic diversity of the benthos remained low compared to post-Early Triassic times. This slow benthic taxonomic recovery is here attributed to low competition within impoverished post-extinction faunas." @default.
- W2886208521 created "2018-08-22" @default.
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- W2886208521 date "2018-07-31" @default.
- W2886208521 modified "2023-09-25" @default.
- W2886208521 title "New data from Oman indicate benthic high biomass productivity coupled with low taxonomic diversity in the aftermath of the Permian–Triassic Boundary mass extinction" @default.
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- W2886208521 cites W1976370168 @default.
- W2886208521 cites W1978377499 @default.
- W2886208521 cites W1984319065 @default.
- W2886208521 cites W1991479981 @default.
- W2886208521 cites W1993372534 @default.
- W2886208521 cites W1996633703 @default.
- W2886208521 cites W1996991869 @default.
- W2886208521 cites W1997437344 @default.
- W2886208521 cites W1997935222 @default.
- W2886208521 cites W2000383815 @default.
- W2886208521 cites W2002634529 @default.
- W2886208521 cites W2003064666 @default.
- W2886208521 cites W2003414014 @default.
- W2886208521 cites W2007813456 @default.
- W2886208521 cites W2010617273 @default.
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- W2886208521 cites W2031889376 @default.
- W2886208521 cites W2038292898 @default.
- W2886208521 cites W2040508060 @default.
- W2886208521 cites W2041929050 @default.
- W2886208521 cites W2043109300 @default.
- W2886208521 cites W2043883993 @default.
- W2886208521 cites W2044910708 @default.
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- W2886208521 cites W2064606556 @default.
- W2886208521 cites W2065255509 @default.
- W2886208521 cites W2067417188 @default.
- W2886208521 cites W2069630336 @default.
- W2886208521 cites W2071868635 @default.
- W2886208521 cites W2078542443 @default.
- W2886208521 cites W2079115522 @default.
- W2886208521 cites W2079567648 @default.
- W2886208521 cites W2084836756 @default.
- W2886208521 cites W2085737991 @default.
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- W2886208521 cites W2125083295 @default.
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- W2886208521 cites W2144797652 @default.
- W2886208521 cites W2147032603 @default.
- W2886208521 cites W2150526959 @default.
- W2886208521 cites W2156849375 @default.
- W2886208521 cites W2159423832 @default.
- W2886208521 cites W2160118267 @default.
- W2886208521 cites W2162999453 @default.
- W2886208521 cites W2163486924 @default.
- W2886208521 cites W2168789549 @default.
- W2886208521 cites W2174470668 @default.
- W2886208521 cites W2178824542 @default.
- W2886208521 cites W2213221939 @default.
- W2886208521 cites W2221344727 @default.
- W2886208521 cites W2273655294 @default.
- W2886208521 cites W2281239912 @default.
- W2886208521 cites W2335304256 @default.
- W2886208521 cites W2341917229 @default.
- W2886208521 cites W2474455847 @default.
- W2886208521 cites W2560464734 @default.
- W2886208521 cites W2562756274 @default.
- W2886208521 cites W2588343230 @default.
- W2886208521 cites W2593210864 @default.
- W2886208521 cites W2597680854 @default.
- W2886208521 cites W2611095014 @default.
- W2886208521 cites W2763843361 @default.
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- W2886208521 doi "https://doi.org/10.1111/let.12281" @default.
- W2886208521 hasPublicationYear "2018" @default.
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