2023•ZoodiversityOpen access

Phylogeography of the Western Populations of Stylodipus telum (Rodentia, Dipodidae) based on Mitochondrial DNA

Mikhail Yu. Rusin

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Abstract

The phylogeographic analysis of Stylodipus telum was performed based on cytochrome b mitochondrial gene. Two westernmost subspecies, S.t. falzfeini and S.t. turovi, both formed independent monophyletic clades, but the genetic distance between them clearly indicates that neither should be treated as a separate species. Individuals from remote populations of S.t. falzfeini mix together and do not have a clear phylogeographic structure, which could indicate a recent panmixia within the subspecies. Populations in Kherson Region are under threat due to the ongoing Russian invasion.

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The phylogeographic analysis of Stylodipus telum was performed based on cytochrome b mitochondrial gene. Two westernmost subspecies, S.t. falzfeini and S.t. turovi, both formed independent monophyletic clades, but the genetic distance between them clearly indicates that neither should be treated as a separate species. Individuals from remote populations of S.t. falzfeini mix together and do not have a clear phylogeographic structure, which could indicate a recent panmixia within the subspecies. Populations in Kherson Region are under threat due to the ongoing Russian invasion.

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Available abstract

The phylogeographic analysis of Stylodipus telum was performed based on cytochrome b mitochondrial gene. Two westernmost subspecies, S.t. falzfeini and S.t. turovi, both formed independent monophyletic clades, but the genetic distance between them clearly indicates that neither should be treated as a separate species. Individuals from remote populations of S.t. falzfeini mix together and do not have a clear phylogeographic structure, which could indicate a recent panmixia within the subspecies. Populations in Kherson Region are under threat due to the ongoing Russian invasion.

Key concepts: Phylogeography, Subspecies, Panmixia, Biology, Mitochondrial DNA, Monophyly, Evolutionary biology, Clade

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