0000000001294903

AUTHOR

Joseph G. Carter

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The duplivincular ligament of recent Pinna Nobilis L., 1758: further evidence for pterineid ancestry of the Pinnoidea

2008

A correct interpretation of ligament ontogeny and structure is essential for establishing phylogenetic relationships among higher taxa in the bivalve superorder Pteriomorphia. Recent research on pteriomorphian ligaments has focused on understanding ligament morphospace (Thomas et al., 2000; Ubukata, 2003) and evolutionary pathways. In this regard, studies of the transition from larval to post-larval and adult ligaments (Malchus, 2004) have been especially fruitful. Members of the pteriomorphian superfamily Pinnoidea live with their tapered anterior end buried to varying degrees in sediment. The fan shell Pinna may be buried up to one third of its length (Templado, 2004) (Fig. 1), and Atrina…

0106 biological sciences010506 paleontologybiologyPinnaPaleontologyAnatomybiology.organism_classification010603 evolutionary biology01 natural sciencesPteriomorphiaAtrinaPaleontologymedicine.anatomical_structureByssusLigamentmedicineAdductor musclesMantle (mollusc)0105 earth and related environmental sciencesPinna nobilisJournal of Paleontology
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