Straube, Nicolas
[Zoologische Staatsammlung Munchen]
Li, Chenhong
[Shanghai Ocean University]
Claes, Julien
[UCL]
Corrigan, Shannon
[Hollings Marine Lab]
Naylor, Gavin
[Hollings Marine Lab]
Squaliform sharks comprise a number of highly specialized species with a predominantly deep-dwelling lifestyle. They represent a substantial part of the overall extant shark diversity comprising more than 130 species. A large part of extant species is bioluminescent, a feature exclusively reported from squaliform sharks. Today, the interfamiliar relationships within the order are still not satisfactorily resolved. We re-analyse phylogenetic interrelationships of squaliform sharks by applying a targeted gene capture approach to a generic level sampling of hypnosqualean sharks. A sound phylogenetic hypothesis is prerequisite to evaluate the first occurrence of bioluminescence and its role in the diversification of squaliform sharks.


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Bibliographic reference |
Straube, Nicolas ; Li, Chenhong ; Claes, Julien ; Corrigan, Shannon ; Naylor, Gavin. Molecular Phylogeny of Squaliformes and first Occurrence of Bioluminescence in Sharks.18th European Elasmobranch Association (Leeuwarden, The Netherlands, du 07/11/2014 au 09/11/2014). |
Permanent URL |
http://hdl.handle.net/2078.1/151064 |