FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2023398957> ?p ?o ?g. }

• W2023398957 endingPage "384" @default.
• W2023398957 startingPage "373" @default.
• W2023398957 abstract "Linguliform brachiopods are traditionally considered a conservative group which seems to pass through the late Permian extinction without any significant loss and even appear to thrive immediately after the extinction peak. In the Southern Alps, lingulids are very common in the post-extinction Mazzin Member (early Induan) of the Werfen Formation. Sparse occurrences are also known in the overlying Siusi and Gastropod Oolite members (late Induan and early Olenekian in age respectively). The recent discovery of well preserved specimens from a pre-extinction bed of the Bellerophon Formation (Changhsingian) has permitted a detailed comparative analysis, mostly based on the interior characters, preserved in the lingulid succession from across the extinction beds. The following effects on the lingulid populations have been analyzed: i) change in taxonomic assessment; ii) adaptive strategies during the surviving and recovery phases; and iii) environmental proxy connected with the killing mechanisms of the late Permian extinction. The pre-extinction individuals belong to Lingularia? cf. smirnovae Biernat and Emig, a species that is characterized by large-sized shells with a short lophophoral cavity. The post-extinction populations belong to different species and, probably, even to a different genus. The first post-extinction population (early Induan), with small-sized shells and long lophophoral cavity, has been referred to Lingularia yini (Peng and Shi). It records the most severe effects of the late Permian extinction on the marine ecosystems. The late Induan–Olenekian Lingularia borealis (Bittner), with large sized shells and long lophophoral cavity, appears during the first phase of the Triassic biotic recovery. The main adaptive strategies of Lingularia yini, in comparison with the Permian species, include: i) shell miniaturization; ii) increasing of the lophophoral cavity surface (respiratory surface); and iii) increasing of shell width/length ratio. These modifications are interpreted as adaptations towards warming and hypoxia, two main killing mechanisms of the marine biota. The recovery species Lingularia borealis maintains a large lophophoral cavity, indicating an adaptation towards predominant low oxygenated bottom marine waters. The appearance and the great abundance of Lingularia yini in the Mazzin Member (early Induan) represent a proxy of dysaerobic conditions, which determined the appearance of the second phase of the Lilliput biota, characterized by the definitive disappearance of the rhynchonelliform brachiopods and calcareous algae in the Southern Alps." @default.
• W2023398957 created "2016-06-24" @default.
• W2023398957 creator A5031966242 @default.
• W2023398957 creator A5060433460 @default.
• W2023398957 creator A5069313466 @default.
• W2023398957 date "2014-04-01" @default.
• W2023398957 modified "2023-09-30" @default.
• W2023398957 title "Adaptive strategies and environmental significance of lingulid brachiopods across the late Permian extinction" @default.
• W2023398957 cites W1967891258 @default.
• W2023398957 cites W1969656093 @default.
• W2023398957 cites W1971421406 @default.
• W2023398957 cites W1982834627 @default.
• W2023398957 cites W1988404542 @default.
• W2023398957 cites W1988902448 @default.
• W2023398957 cites W1993570908 @default.
• W2023398957 cites W1993794567 @default.
• W2023398957 cites W1994510458 @default.
• W2023398957 cites W1996829842 @default.
• W2023398957 cites W1999203185 @default.
• W2023398957 cites W2000287811 @default.
• W2023398957 cites W2004149012 @default.
• W2023398957 cites W2008659547 @default.
• W2023398957 cites W2010535835 @default.
• W2023398957 cites W2017249641 @default.
• W2023398957 cites W2017393894 @default.
• W2023398957 cites W2019854469 @default.
• W2023398957 cites W2022766401 @default.
• W2023398957 cites W2028547261 @default.
• W2023398957 cites W2029537332 @default.
• W2023398957 cites W2042526900 @default.
• W2023398957 cites W2051635660 @default.
• W2023398957 cites W2051719093 @default.
• W2023398957 cites W2053896920 @default.
• W2023398957 cites W2057668271 @default.
• W2023398957 cites W2061119825 @default.
• W2023398957 cites W2062679867 @default.
• W2023398957 cites W2063112221 @default.
• W2023398957 cites W2064054464 @default.
• W2023398957 cites W2067417188 @default.
• W2023398957 cites W2067440214 @default.
• W2023398957 cites W2067885793 @default.
• W2023398957 cites W2068526964 @default.
• W2023398957 cites W2078542443 @default.
• W2023398957 cites W2079567648 @default.
• W2023398957 cites W2079852953 @default.
• W2023398957 cites W2084660069 @default.
• W2023398957 cites W2092151431 @default.
• W2023398957 cites W2094949321 @default.
• W2023398957 cites W2099641485 @default.
• W2023398957 cites W2105387568 @default.
• W2023398957 cites W2107982324 @default.
• W2023398957 cites W2114710766 @default.
• W2023398957 cites W2116943064 @default.
• W2023398957 cites W2124219564 @default.
• W2023398957 cites W2126113122 @default.
• W2023398957 cites W2126711897 @default.
• W2023398957 cites W2130869324 @default.
• W2023398957 cites W2137631906 @default.
• W2023398957 cites W2144797652 @default.
• W2023398957 cites W2145168398 @default.
• W2023398957 cites W2146992469 @default.
• W2023398957 cites W2149500197 @default.
• W2023398957 cites W2152700412 @default.
• W2023398957 cites W2177863550 @default.
• W2023398957 cites W2178824542 @default.
• W2023398957 cites W2312738242 @default.
• W2023398957 cites W2316816482 @default.
• W2023398957 cites W2328196450 @default.
• W2023398957 doi "https://doi.org/10.1016/j.palaeo.2014.01.028" @default.
• W2023398957 hasPublicationYear "2014" @default.
• W2023398957 type Work @default.
• W2023398957 sameAs 2023398957 @default.
• W2023398957 citedByCount "33" @default.
• W2023398957 countsByYear W20233989572015 @default.
• W2023398957 countsByYear W20233989572016 @default.
• W2023398957 countsByYear W20233989572017 @default.
• W2023398957 countsByYear W20233989572018 @default.
• W2023398957 countsByYear W20233989572019 @default.
• W2023398957 countsByYear W20233989572020 @default.
• W2023398957 countsByYear W20233989572021 @default.
• W2023398957 countsByYear W20233989572022 @default.
• W2023398957 countsByYear W20233989572023 @default.
• W2023398957 crossrefType "journal-article" @default.
• W2023398957 hasAuthorship W2023398957A5031966242 @default.
• W2023398957 hasAuthorship W2023398957A5060433460 @default.
• W2023398957 hasAuthorship W2023398957A5069313466 @default.
• W2023398957 hasBestOaLocation W20233989572 @default.
• W2023398957 hasConcept C101991246 @default.
• W2023398957 hasConcept C109007969 @default.
• W2023398957 hasConcept C111612153 @default.
• W2023398957 hasConcept C127313418 @default.
• W2023398957 hasConcept C144024400 @default.
• W2023398957 hasConcept C149923435 @default.
• W2023398957 hasConcept C151730666 @default.
• W2023398957 hasConcept C18903297 @default.
• W2023398957 hasConcept C2781229967 @default.
• W2023398957 hasConcept C2908647359 @default.
• W2023398957 hasConcept C35306142 @default.

• next