Results 81 to 90 of about 165 (118)
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Organophosphatic brachiopods : Patterns of biodiversification and extinction in the early Palaeozoic
, 1999 From a database of 226 Cambrian - Ordovician genera of organophosphatic-shelled brachiopods comprisingthe Subphylum Linguliformea, 11 sets of morphological characters typify all orders and superfamilies.
M. Bassett, L. Popov, L. Holmer
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Recovery pattern of brachiopods after the Permian–Triassic crisis in South China
, 2015 In South China, the Changhsingian brachiopods are extraordinarily abundant and diverse, comprising 468 species in 144 genera. However, approximately 91% of brachiopod species were eliminated during the Permian-Triassic (P-Tr) mass extinction event ...
J. Chen +5 more
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New Early Triassic Lingulidae (Brachiopoda) genera and species from South China
Alcheringa: An Australasian Journal of Palaeontology, 2008Peng, Y. & Shi, G.R., June, 2008. New Early Triassic Lingulidae (Brachiopoda) genera and species from South China. Alcheringa 32, 149–170. ISSN 0311-5518. Two new genera, Sinolingularia gen. nov. and Sinoglottidia gen. nov., together with three new species, Sinolingularia huananensis gen. et sp. nov., Sinolingularia yini gen. et sp. nov.
Yuanqiao Peng, G. R. Shi
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Zoology, 2020
Brachiopoda is a relict phylum of marine benthic animals that have not been adequately studied with modern microscopy methods. Microscopic study may provide useful information on the evolution of the brachiopod body plan and brachiopod phylogeny ...
F. A. Plandin, E. Temereva
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Brachiopoda is a relict phylum of marine benthic animals that have not been adequately studied with modern microscopy methods. Microscopic study may provide useful information on the evolution of the brachiopod body plan and brachiopod phylogeny ...
F. A. Plandin, E. Temereva
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A Brief Overview on Lingula Species (Brachiopoda: Lingulidae)
UTTAR PRADESH JOURNAL OF ZOOLOGYLingula Bruguière, 1791, a living fossil within the brachiopod phylum, represents a critical link to early marine life, with origins tracing back to the Cambrian Period. Despite its superficial resemblance to bivalve mollusks, Lingula is characterized by distinctive anatomical features such as a lophophore and inarticulate shells, which have enabled ...
Garani, Soma +5 more
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Palaeogeography, Palaeoclimatology, Palaeoecology, 2007
The end-Permian mass extinction devastated most of the organisms in the sea and on land. However, a few Late Permian taxa survived the mass extinction and also the subsequent Early Triassic post-extinction catastrophic environments. Among them, the Lingulidae brachiopods were perhaps one of the most noted conquerors. Not only had they survived the mass
Yuanqiao Peng +4 more
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The end-Permian mass extinction devastated most of the organisms in the sea and on land. However, a few Late Permian taxa survived the mass extinction and also the subsequent Early Triassic post-extinction catastrophic environments. Among them, the Lingulidae brachiopods were perhaps one of the most noted conquerors. Not only had they survived the mass
Yuanqiao Peng +4 more
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Journal of Paleontology, 1994
Predatory drillholes (boreholes) are known from fossils as old as the late Precambrian (Bengtson and Zhao, 1992). The presence of predatory drillholes has been documented in a large number of shelly invertebrates including bivalves, gastropods, scaphopods, crabs, ostracodes, brachiopods, and many others (e.g., Sohl, 1969; Bishop, 1975; Bromley, 1981 ...
Michał Kowalewski, Karl W. Flessa
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Predatory drillholes (boreholes) are known from fossils as old as the late Precambrian (Bengtson and Zhao, 1992). The presence of predatory drillholes has been documented in a large number of shelly invertebrates including bivalves, gastropods, scaphopods, crabs, ostracodes, brachiopods, and many others (e.g., Sohl, 1969; Bishop, 1975; Bromley, 1981 ...
Michał Kowalewski, Karl W. Flessa
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