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A new genus of air-breathing marine slugs from South-East Asia (Gastropoda Pulmonata Onchidiidae)

机译:来自东南亚(GastropodaPulmonataOnchidiidae)的呼吸空气海marine的新属

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摘要

As part of an ongoing effort to revise the taxonomy of air-breathing, marine, onchidiid slugs, a new genus, Laspionchis Dayrat & Goulding, >gen. nov., is described from the mangroves of South-East Asia. It includes two new species, Laspionchis boucheti Dayrat & Goulding, >sp. nov., and Laspionchis bourkei Dayrat & Goulding, >sp. nov., both distributed from the Malacca Strait to the Philippines and Australia. This study is based on extensive field work in South-East Asia, comparative anatomy, and both mitochondrial (COI and 16S) and nuclear (ITS2 and 28S) DNA sequences. The two new species are found in the same habitat (mud surface in mangrove forests) and are externally cryptic but are distinct anatomically. Both species are also strongly supported by DNA sequences. Three cryptic, least-inclusive, reciprocally-monophyletic units within Laspionchis bourkei are regarded as subspecies: L. bourkei bourkei Dayrat & Goulding, >ssp. nov., L. bourkei lateriensis Dayrat & Goulding, >ssp. nov., and L. bourkei matangensis Dayrat & Goulding, >ssp. nov. The present contribution shows again that species delineation is greatly enhanced by considering comparative anatomy and nuclear DNA sequences in addition to mitochondrial DNA sequences, and that thorough taxonomic revisions are the best and most efficient path to accurate biodiversity knowledge.
机译:作为不断修订空气呼吸分类法的一部分,海洋类,陆栖类为新属Laspionchis Dayrat&Goulding(> gen)。 ,来自东南亚的红树林。它包括两个新种,Laspionchis boucheti Dayrat&Goulding,> sp.。 和Laspionchis bourkei Dayrat&Goulding,> sp。 ,两者均从马六甲海峡分发到菲律宾和澳大利亚。这项研究基于在东南亚的广泛野外研究,比较解剖学以及线粒体(COI和16S)和核(ITS2和28S)DNA序列。这两个新物种被发现在相同的栖息地(红树林的泥浆表面)中,在外部是隐秘的,但在解剖学上却截然不同。这两个物种也得到DNA序列的有力支持。亚伯拉氏波氏菌内的三个隐性,包容性最小,相互单亲的单元被视为亚种: L。 bourkei bourkei Dayrat&Goulding,> ssp。 L。 bourkei lateriensis Dayrat&Goulding,> ssp。 L。 bourkei matangensis Dayrat&Goulding,> ssp。十一月。目前的贡献再次表明,除了线粒体DNA序列之外,通过考虑比较解剖和核DNA序列,物种划分也得到了极大的增强,彻底的分类学修订是获取准确的生物多样性知识的最佳途径。

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