大小确实很重要:豪勋爵岛濒危蜗牛的综合分类和大小演化(腹足纲: Stylommatophora)

IF 1.9 3区 生物学 Q3 EVOLUTIONARY BIOLOGY
Isabel T. Hyman, Frank Köhler
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引用次数: 0

摘要

蜗牛科(Charopidae)是一个主要由微小陆地蜗牛组成的科,其多样性主要集中在南半球。该科在澳大利亚塔斯曼海的豪勋爵岛上有 7 个属 13 个目前公认的物种,其中包括澳大利亚最大的翘嘴蜗牛物种。我们利用比较形态解剖学以及线粒体(COI、16S)和核(ITS2、ELAVI8)标记的系统进化分析,全面修订了豪勋爵岛所有特有翘嘴蟾的分类学,并证明这些物种代表了两个独立的岛屿辐射。我们将这两个辐射区视为两个不同的属,即 Goweroconcha 属和 Pseudocharopa 属,分别包含六个和五个物种。这两个属具有不同的生物地理亲缘关系。Goweroconcha 的姊妹支系包括几个澳大利亚属,表明其进化起源可能在澳大利亚,而 Pseudocharopa 的姊妹群主要包含新西兰特有的物种。这两个属在豪勋爵岛上都已分化成物种群,它们在贝壳大小上的差异最为明显,而在某种程度上,Pseudocharopa的贝壳缩小程度也不尽相同。因此,我们证明,虽然这两种桡足类都包括异常大型的物种,但没有证据表明岛屿效应会产生比在这两个类群中观察到的体型范围更窄的体型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Size does matter: integrative taxonomy and size evolution of threatened charopid land snails on Lord Howe Island (Gastropoda: Stylommatophora)

Size does matter: integrative taxonomy and size evolution of threatened charopid land snails on Lord Howe Island (Gastropoda: Stylommatophora)

Charopidae is a family of mostly minute land snails whose diversity is centered in the southern hemisphere. This family is represented on Australia’s Lord Howe Island in the Tasman Sea with 13 currently accepted species in seven genera, including Australia’s largest charopid species. We comprehensively revise the taxonomy of all endemic Lord Howe Island charopids using comparative morpho-anatomy and phylogenetic analyses of mitochondrial (COI, 16S) and nuclear (ITS2, ELAVI8) markers and demonstrate that these species represent two independent island radiations. We recognise these radiations as two distinct genera, Goweroconcha and Pseudocharopa, containing six and five species respectively. The two genera have distinct biogeographic affinities. Whereas the sister clade of Goweroconcha comprises several Australian genera, indicating its evolutionary origin likely being in Australia, the sister group of Pseudocharopa predominantly contains species endemic to New Zealand. Both genera have diversified on Lord Howe Island into flocks of species that differ most notably in shell size and, in the case of Pseudocharopa, to some extent, also in the degree of shell reduction. Hence, we demonstrate that while both charopid radiations include unusually large species, there is no evidence of the island effect, which tends to produce a narrower range of body sizes than observed in both groups.

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来源期刊
Organisms Diversity & Evolution
Organisms Diversity & Evolution 生物-进化生物学
CiteScore
3.60
自引率
0.00%
发文量
56
审稿时长
>12 weeks
期刊介绍: Organisms Diversity & Evolution (published by the Gesellschaft fuer Biologische Systematik, GfBS) is devoted to furthering our understanding of all aspects of organismal diversity and evolution. Papers addressing evolutionary aspects of the systematics, phylogenetics, morphology and development, taxonomy and biogeography of any group of eukaryotes, recent or fossil, are welcome. Priority is given to papers with a strong evolutionary and/or phylogenetic focus. Manuscripts presenting important methods or tools or addressing key theoretical, methodological, and philosophical principles related to the study of organismal diversity are also welcome. Species descriptions are welcome as parts of a manuscript of broader interest that strive to integrate such taxonomic information with the other areas of interest mentioned above.
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