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首页> 外文期刊>Zoological Science >Phylogeny of Oriental Voles (Rodentia: Muridae: Arvicolinae): Molecular and Morphological Evidence
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Phylogeny of Oriental Voles (Rodentia: Muridae: Arvicolinae): Molecular and Morphological Evidence

机译:东方田鼠的系统发育(啮齿类:鼠科::科):分子和形态学证据

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摘要

The systematics of Oriental voles remains controversial despite numerous previous studies. In this study, we explore the systematics of all species of Oriental voles, except Eothenomys wardi, using a combination of DNA sequences and morphological data. Our molecular phylogeny, based on two mitochondrial genes (COI and cyt b), resolves the Oriental voles as a monophyletic group with strong support. Four distinct lineages are resolved: Eothenomys, Anteliomys, Caryomys, and the new subgenus Ermites. Based on morphology, we consider Caryomys and Eothenomys to be valid genera. Eothenomys, Anteliomys, and Ermites are subgenera of Eothenomys. The molecular phylogeny resolves subgenera Anteliomys and Ermites as sister taxa. Subgenus Eothenomys is sister to the clade Anteliomys + Ermites. Caryomys is the sister group to genus Eothenomys. Further, the subspecies E. custos hintoni and E. chinensis tarquinius do not cluster with E. custos custos and E. chinensis chinensis, respectively, and the former two taxa are elevated to species level and assigned to the new subgenus Ermites.
机译:尽管有许多先前的研究,东方田鼠的系统学仍然存在争议。在这项研究中,我们结合DNA序列和形态数据,探索了除东方神龟以外的所有东方田鼠物种的系统学。我们基于两个线粒体基因(COI和cyt b)的分子系统发育分析将东方田鼠作为一个单系统种群得到了有力的支持。解决了四个不同的谱系:经济学,盲目论,盲目论和新的埃尔米特亚属。基于形态,我们认为Caryomys和Eothenomys是有效的属。 Eothenomys,Anteliomys和Ermites是Eothenomys的子属。分子系统发育分析将Anteleoomys和Ermites亚属解析为姐妹类群。 Eothenomys亚类是进化枝+ Ermites进化枝的姐妹。 Caryomys是Eothenomys属的姊妹团体。此外,cuscuss hintoni和E. chinensis tarquinius亚种不分别与cus.scus custos和E. chinensis chinensis聚在一起,并且将前两个分类群提升到物种水平并分配给新的Ermites亚属。

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