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Coalescent Method in Conjunction with Niche Modeling Reveals Cryptic Diversity among Centipedes in the Western Ghats of South India

机译:成膜助剂的方法与利基契合模型揭示隐秘的多样性蜈蚣间在印度南部的西高止山脉

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摘要

BackgroundThere has been growing interest in integrative taxonomy that uses data from multiple disciplines for species delimitation. Typically, in such studies, monophyly is taken as a proxy for taxonomic distinctiveness and these units are treated as potential species. However, monophyly could arise due to stochastic processes. Thus here, we have employed a recently developed tool based on coalescent approach to ascertain the taxonomic distinctiveness of various monophyletic units. Subsequently, the species status of these taxonomic units was further tested using corroborative evidence from morphology and ecology. This inter-disciplinary approach was implemented on endemic centipedes of the genus Digitipes (Attems 1930) from the Western Ghats (WG) biodiversity hotspot of India. The species of the genus Digitipes are morphologically conserved, despite their ancient late Cretaceous origin.
机译:背景技术对于将来自多个学科的数据用于物种划界的综合分类法,人们越来越感兴趣。通常,在此类研究中,将单眼作为分类学独特性的代表,并将这些单元视为潜在物种。但是,由于随机过程,可能会产生单调性。因此,在这里,我们采用了一种基于聚结方法的最新开发的工具来确定各种单系统单元的分类学区别。随后,使用来自形态和生态学的确证,进一步测试了这些分类单元的物种状态。这种跨学科的方法是在印度西高止山脉(WG)生物多样性热点的Digitipes属cent(Attems 1930)上实施的。尽管它们属于古代白垩纪晚期,但Digitipes属的物种在形态上是保守的。

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  • 期刊名称 other
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  • 年(卷),期 -1(7),8
  • 年度 -1
  • 页码 e42225
  • 总页数 12
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