Vol 72, Issue 1, 2023
Proceedings of the 14th International Symposium on the Ordovician System. Guest Editors: Tõnu Meidla and Peep Männik
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Foreword; p. 5
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Advances in the Lower Ordovician of the western Iberian Chain, NE Spain; pp. 6–9
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Ordovician collections stored at the National Museum of Natural History of the NAS of Ukraine; pp. 10–13
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Using 3-D mapping to understand an Upper Ordovician buildup and facies complex in the upper Lexington Limestone, central Kentucky, USA; pp. 14–17
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The Evae transgression: a major event?; pp. 18–21
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Darriwilian (Middle Ordovician) graptolites from the northern margin of the Qaidam Basin (Qinghai, China); pp. 22–25
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Solutan echinoderms from the Lower Ordovician of the Montagne Noire (France): new data and palaeobiogeographic implications; pp. 26–29
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Tectonic, foreland-basin origins of Upper Ordovician black gas shales in the Appalachian Basin of eastern United States; pp. 30–33
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Early diagenetic transformation stages revealed by micro-analytical studies of shelly phosphorites, Rakvere region; pp. 34–37
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The Irish Ordovician brachiopod fauna: A taxonomic renaissance; pp. 38–41
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Latest Sandbian brachiopods and chitinozoan biostratigraphy in North Estonia; pp. 42–45
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A diverse Hirnantian scolecodont assemblage from northern Estonia and resilience of polychaetes to the end-Ordovician mass extinction; pp. 46–49
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A remarkable new halichondrid demosponge, Ptilospongia hemisphaeroidalis, from the latest Ordovician Beigong Biota, South China; pp. 50–53
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Tremadocian (Ordovician) reclined graptolites from Baishan, North China; pp. 54–57
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On future directions of Ordovician chitinozoan research; pp. 58–61
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New contributions to the Ordovician biostratigraphy of the Western Precordillera, Argentina; pp. 62–65
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Boundary between the Porkuni and Juuru regional stages in the Neitla section, Estonia; pp. 66–69
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Searching for the Ordovician–Silurian boundary in Estonia, Latvia and Lithuania; pp. 70–73
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A new species of the problematic organism Webbyites from the Early Ordovician Fezouata Biota of Morocco; pp. 74–77
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Nitrogen and organic carbon isotope record in Tremadocian highly metalliferous black shales from Baltica; pp. 78–81
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Latest Ordovician age of the Spinachitina fragilis Chitinozoan Biozone in Baltoscandia; pp. 82–85
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First report of the mitrate Mitrocystella (Echinodermata, Stylophora) in the Middle Ordovician of the Crozon Peninsula, Brittany (France); pp. 86–89
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Early Tremadocian graptolites from the Arivechi area, Sonora, northern Mexico; pp. 90–93
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The breakup of the L-chondrite parent body 466 Ma and its terrestrial effects – a search for a mid-Ordovician biodiversity event; pp. 94–97
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Diversification and speciation among Laurentian brachiopods during the GOBE: insights from basinal and regional analyses; pp. 98–101
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An evo-devo perspective on no Ordovician land plants; pp. 102–105
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Ichnogenus Trypanites in the Ordovician of Estonia (Baltica); pp. 106–109
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Parasite-induced shell damage in brachiopod Porambonites (Porambonites) laticaudata from the Late Ordovician (Sandbian) of Estonia; pp. 110–113
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Ordovician stratigraphy of the Junee–Narromine Volcanic Belt in central New South Wales, Australia: conodont studies and regional correlations; pp. 114–117
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Age of the Ordovician sedimentary succession in Lumparn Bay, Åland Islands, Finland; p. 118
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Three-dimensionally preserved siphuncle in an actinoceratid cephalopod from the late Katian of Bohemia; p. 119
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Ordovician conulariid monospecific assemblages (Czech Republic, Morocco); p. 120
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Subway into the Ordovician (Prague Basin, Czech Republic); p. 121
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The ichnologic signature of deep-sea colonization during the Ordovician radiation; p. 122
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Chitinozoan nomenclature and databases; p. 123
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Biogeographic dynamics of graptolite species during the end-Ordovician mass extinction in South China; p. 124
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Ordovician conodonts from the Ban Tha Kradan area, Western Thailand; p. 125
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Lower–Middle Ordovician brachiopods from the Eastern Cordillera of Peru: biostratigraphical and palaeobiogeographical significance; p. 126
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Ordovician Bryozoa of Estonia; p. 127
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Upper Ordovician chronostratigraphic correlation between the Appalachian and Midcontinent basins; p. 128
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Late Ordovician gastropods from the Zhaolaoyu Formation in the southwestern margin of the North China Platform; p. 129
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A methodological scheme to analyse the early Palaeozoic biodiversification with the example of echinoderms; p. 130
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The Ordovician System: From overlapping unit stratotypes to Global Boundary Stratotype Sections and Points; p. 131
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Siphonotretoid brachiopods – a thorny problem; p. 132
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Distinguishing borings and burrows in intraclasts; p. 133
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Coupled extinction–regression episodes revisited in mid-oceanic settings for comparative extinction study during the Palaeozoic in view of non-bolide extraterrestrial causes; p. 134
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The earliest known stromatoporoid and its contribution to reef construction; p. 135
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Preservation of fossils in the Šárka Formation (Darriwilian, Czech Republic); p. 136
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Diversity and spatial turnover of bryozoan assemblages in the reefs of the Vasalemma Formation (Late Ordovician), Estonia; p. 137
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Global palaeogeographical implication of acritarchs in the Upper Ordovician; p. 138
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Late Ordovician beachrock as a far-field indicator for glacial meltwater pulse; p. 139
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When lingulid brachiopods became infaunal(?) – perspectives from the morphological and anatomical information; p. 140
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The morphological disparity, ecological evolution and palaeobiogeography of Palaeozoic hyoliths; p. 141
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Impoverished fossil association in the lowermost Sandbian of the Prague Basin (Czech Republic); p. 142
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Trilobite expansion into estuarine environments during the Ordovician radiation; p. 143
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Ordovician climate changes in the northern subtropics: The δ18O record from the Tunguska Basin, Siberia; p. 144
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Palaeozoic carbon isotope excursions and carbonate component analysis; p. 145
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Ordovician scientometrics; p. 146
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An Ordovician ostracod palaeopsychrosphere?; p. 147
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The late Katian Elkhorn event: precursor to the Late Ordovician mass extinction; p. 148
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Recent advances in the Ordovician stratigraphy of the Baltic Palaeobasin and Tornquist margin of Baltica; p. 149
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Drivers of the Late Ordovician Mass Extinction: redox, volcanism, atmospheric oxygen/carbon dioxide and/or glaciation; p. 150
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Changes in shelf phosphorus burial during the Hirnantian glaciation and its implications; p. 151
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Echinoderm Lagerstätten from high-latitude Gondwana – filling the gap in the Ordovician diversification of the phylum; p. 152
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Towards a revised Sandbian conodont biozonation of Baltica; p. 153
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The earliest Ordovician trace fossils Cruziana and Rusophycus from Baltica; p. 154
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Upper Ordovician hardgrounds – from localized surfaces to global biogeochemical events; p. 155
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The Late Ordovician extinction conundrum; p. 156
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Where are all the Ordovician sea cucumbers (Echinodermata)?; p. 157
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Middle–Late Ordovician organic- walled phytoplankton from Sweden: diversity and early radiation; p. 158
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The detailed Middle to early Late Ordovician faunal succession and δ13Ccarbon chemistry of the Kårehamn drill core, offshore eastern Öland, Sweden: implications for stratigraphy and correlation; p. 159
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Late Ordovician jawed polychaete fauna from the Spiti Valley, northern India; p. 160
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Phylogeny and evolutionary modularity of a trilobite family over the Ordovician Radiation; p. 161
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Developing a phylogenetic framework for tiny Ordovician brachiopods (Atrypida: Anazyginae and Catazyginae) from the eastern United States; p. 162
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Distribution pattern of the Ordovician black shale constrained by graptolite zonation in the western margin of the Ordos Block, North-West China; p. 163
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Early land plant remains from the uppermost Ordovician–?lowermost Silurian Cedarberg Formation of South Africa; p. 164
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High-resolution carbon isotope stratigraphy of the Lower and Middle Ordovician succession of the Yangtze Platform, China; p. 165
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Oxygen isotope compositions of conodonts – analytical challenges of in situ SIMS studies; p. 166
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A summary of the Brazilian Paraná Basin Ordovician; p. 167
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Ordovician geology and stratigraphy of China: A synthesis; p. 168
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Reconstruction of the first consumer-driven marine ecosystem on Earth, perspectives from early Cambrian small skeletal fossils from China; p. 169
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An integrative biostratigraphic, chemostratigraphic, and sequence stratigraphic perspective of the Ordovician–Silurian boundary on Anticosti Island (Canada); p. 170
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