Taxonomic revision of species of the genus Kailashia based on analysis of morphological data and molecular phylogeny

E. Terentieva, T. Lavrova, U. Ukrainskaja, E. Kljuykov
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Abstract

The article clarifies the species composition of the genus Kailashia using molecular phylogenetic methods and compares the results with the morphological data presented in the paper of Kljuykov et al. (2022). For molecular phylogenetic analysis, herbarium samples were taken from the MW, HARV, KUN and NAS herbariums. Internal transcribed spacers (ITS1 and ITS2) of the 18S-26S region of nuclear ribosomal DNA were chosen as a molecular marker. The description of the new species Kailasia bouffordii based on the results of previous morphological studies (Kljuykov et al., 2022) is consistent with the results of the reconstruction of molecular phylogeny. Kailashia is a small natural genus with three endemic species (K. robusta, K. xizangensis, K. bouffordii) that form a high posterior monophyletic group in the Selineae clade.
基于形态学数据和分子系统进化分析的凯拉夏属物种分类学修订
文章利用分子系统发生学方法阐明了凯拉夏属的物种组成,并将结果与 Kljuykov 等人(2022 年)论文中提供的形态学数据进行了比较。为了进行分子系统进化分析,标本馆样本取自 MW、HARV、KUN 和 NAS 标本馆。选择核核糖体 DNA 18S-26S 区域的内部转录间隔(ITS1 和 ITS2)作为分子标记。根据之前的形态学研究结果(Kljuykov 等人,2022 年)对新物种 Kailasia bouffordii 的描述与分子系统发育的重建结果一致。Kailashia 是一个小的自然属,有三个特有种(K. robusta, K. xizangensis, K. bouffordii),它们在 Selineae 支系中形成了一个高后单系群。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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