4.3 Review

Flashback and foreshadowing-a review of the taxon Opisthobranchia

期刊

ORGANISMS DIVERSITY & EVOLUTION
卷 14, 期 1, 页码 133-149

出版社

SPRINGER HEIDELBERG
DOI: 10.1007/s13127-013-0151-5

关键词

Gastropoda; Heterobranchia; Review; Opisthobranchia; Morphology; Molecular Phylogeny; Systematics; Taxonomy

资金

  1. German Science Foundation (DFG) [H.W. 668/3, H.W. 668/5, H.W. 668/7, H.W. 668/8, H.W. 668/12, KL 1303/1, KL 1303/3, KL 1303/4, SCHR 667/3, SCHR 667/4, SCHR 667/6, SCHR 667/10, SCHR 667/13]
  2. Volkswagen Stiftung
  3. Universit at Bayern
  4. GeoBioCenterLMU

向作者/读者索取更多资源

Opisthobranchia have experienced an unsettled taxonomic history. At the moment their taxonomy is in state of dramatic flux as recent phylogenetic studies have revealed traditional Opisthobranchia to be paraphyletic or even polyphyletic, allocating some traditional opisthobranch taxa to other groups of Heterobranchia, e.g. Pulmonata. Here we review the history of Opisthobranchia and their subgroups, explain their traditionally proposed relationships, and outline the most recent phylogenetic analyses based on various methods (morphology, single gene and multiple gene analyses, as well as genomic data). We also present a phylogenetic hypothesis on Heterobranchia that, according to the latest results, represents a consensus and is the most probable one available to date. The proposed phylogeny supports the Acteonoidea outside of monophyletic Euthyneura, the basal euthyneuran split into Nudipleura (Nudibranchia plus Pleurobranchoidea) and the recently established taxon Tectipleura. The latter divides into the Euopisthobranchia, containing most of the major traditional opisthobranch clades, and the Panpulmonata, with a mix of the former opisthobranch, putative allogastropod and pulmonate taxa. This new euthyneuran tree rejects the traditional taxa Opisthobranchia and Pulmonata, and, in particular, has profound implications for preconceived textbook scenarios of opisthobranch and pulmonate evolution, which must now be reconsidered. In the absence of systematic barriers, research communities-which have traditionally investigated marine and non-marine heterobranchs separately-need to interact and finally merge for the sake of science.

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