第四纪欧亚獾:种内变异和物种有效性

IF 1.6 3区 生物学 Q2 ZOOLOGY Journal of Mammalian Evolution Pub Date : 2024-01-23 DOI:10.1007/s10914-023-09696-y
A. Faggi, S. Bartolini-Lucenti, J. Madurell-Malapeira, A. V. Abramov, A. Y. Puzachenko, Q. Jiangzuo, L. Peiran, L. Rook
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引用次数: 0

摘要

欧亚大陆早在上新世晚期就发现了獾化石,但它们的记录却非常稀少,往往是一些孤立的遗骸。这导致了分类学上的混乱,并阻碍了该属的系统发育重建。在这里,我们详细描述了来自圣瓦利埃早更新世地点的所有归属于 M. thorali 的材料,包括几具新的完整头骨。比较形态学和形态计量学分析的结果再次确认了M. thorali与M. meles的区别,并重新评估了其他化石物种的地位。所有分析过的约 2.8 Ma 到 1.5 Ma 之间的欧洲标本都可以合理地归入一个物种,即 M. thorali,而亚洲的多样性更高,描述了多达四个类群。我们的分析支持之前关于 M. teilhardi 与 M. thorali 关系密切的解释。欧洲的 Meles meles 大约出现在 1.5 Ma,并成为欧洲遗址中唯一的獾类。因此,我们可以假定 Meles 属的辐射发生在上新世晚期和更新世初期的总体气候变迁期间,以及由此导致的整个欧亚大陆的环境变化期间。
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Quaternary Eurasian badgers: Intraspecific variability and species validity

Fossil badgers of the genus Meles are known in Eurasia since the Late Pliocene but their record is utterly scarce, often represented by isolated remains. This led to taxonomic confusion and hindered phylogenetic reconstruction of the genus. Here we describe in detail all the material attributed to M. thorali from the Early Pleistocene locality of Saint-Vallier, including several new complete crania. The results of comparative morphological and morphometric analyses allow reaffirming the distinction of M. thorali from M. meles and reassessing the status of other fossil species. All the analyzed European specimens between ca 2.8 and 1.5 Ma can be reasonably accommodated in a single species, M. thorali, while in Asia the diversity is higher, with up to four taxa described. Our analyses support previous interpretations of a close relationship between M. teilhardi with M. thorali. The European Meles meles appeared around 1.5 Ma and became the only badger present in European sites. We can therefore assume that the radiation of the genus Meles occurred during the general climatic changes that took place during the latest Pliocene and the beginning of Pleistocene and resulting environmental shifts across Eurasia.

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来源期刊
CiteScore
4.30
自引率
10.50%
发文量
45
审稿时长
>12 weeks
期刊介绍: Journal of Mammalian Evolution is a multidisciplinary forum devoted to studies on the comparative morphology, molecular biology, paleobiology, genetics, developmental and reproductive biology, biogeography, systematics, ethology and ecology, and population dynamics of mammals and the ways that these diverse data can be analyzed for the reconstruction of mammalian evolution. The journal publishes high-quality peer-reviewed original articles and reviews derived from both laboratory and field studies. The journal serves as an international forum to facilitate communication among researchers in the multiple fields that contribute to our understanding of mammalian evolutionary biology.
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