4.0 Article

Calcareous tubeworms of the Phanerozoic

Journal

ESTONIAN JOURNAL OF EARTH SCIENCES
Volume 58, Issue 4, Pages 286-296

Publisher

ESTONIAN ACAD PUBLISHERS
DOI: 10.3176/earth.2009.4.07

Keywords

Phanerozoic; Polychaeta; Lophophorata; tubeworms; problematic fossils; calcification; biomineralization

Funding

  1. European Commission's FPVI European [NL-TAF-111, DE-TAF-122, GB-TAF-188, AT-TAF-611, SE-TAF-113, SE-TAF-1520]

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Morphological similarities indicate that Palaeozoic problematic tubeworms, e. g. tentaculitids, cornulitids, microconchids, trypanoporids, Anticalyptraea, and Tymbochoos, form a monophyletic group. This group may also include hederelloids. Members of this group share affinities with lophophorates and their evolution could have partly been driven by predation. The extinction of Palaeozoic tubeworms in the Middle Jurassic was possibly at least partly caused by the ecological pressure by serpulid and sabellid polychaetes. The input of Palaeozoic tubeworms to the general ocean biocalcification system may have been smaller in the Ordovician to Jurassic than that of calcareous polychaetes in the Late Triassic to Recent. There seems to have been some correlation between the aragonite-calcite seas and the skeletal mineralogy of Triassic-Recent polychaete tubeworms.

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