首页> 外文期刊>Zootaxa >Molecular phylogenetic investigations of Triops granarius (Lucas, 1864) (Branchiopoda: Notostraca) from the type locality of the former Apus orientalis Tiwari, 1952 and three other localities in the Western Ghats of India
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Molecular phylogenetic investigations of Triops granarius (Lucas, 1864) (Branchiopoda: Notostraca) from the type locality of the former Apus orientalis Tiwari, 1952 and three other localities in the Western Ghats of India

机译:来自前者Orientalis Tiwari,1952年的前议论的局部地区的TRIOPS granarius(LUCAS,1864)(BRANTIOPODA:NOTOSTRACA)的分子系统发育研究

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We investigated the phylogenetic position of Triops granarius populations from four localities in the Western Ghats using partial sequences of three mitochondrial genes (COI, 12S rRNA and 16S rRNA) publicly available on the GenBank database. One of these localities, Panchgani, is particularly important since it is the type locality of the former Apus orientalis which is currently treated as a junior synonym of T. granarius. Phylogenetic analyses reveal that populations from all the four localities (Kolhapur, Chalkewadi, Panchgani, and Dighi) form a single lineage, which is here named 'Maharashtra lineage'. One of the two previously published samples from India, treated as lineage 'Triops granarius 4' is nested within this clade. The 'Maharashtra lineage' is separated from other lineages by mean maximum likelihood distance = 11.9% in the COI gene. This distance is suggestive of a separation on species level from other lineages of T. granarius. This interpretation is further supported by a conservative genus-wide species delimitation analysis performed in the present study upon application of the Automatic Barcode Gap Discovery method. The 'Maharashtra lineage' branches out in two sub-lineages of Panchgani+Kolhapur and Dighi+L4+Chalkewadi samples, separated by 5.9% mean ML distance (uncorrected p-distance = 5.4%) in COI. The application of a 5% threshold to the COI dataset would thus even suggest a possible differentiation of both sub-lineages on species level. Comparative morphological data is presently not available because most vouchers associated with the sequences were depleted for DNA extraction. Further studies are needed in order to prepare a sound taxonomic revision. Thus, in the current study we refrain from re-instating Apus orientalis to full species status (likewise, for other names of Asian taxa in this morphogroup, including Apus sinensis Ueno, we retain the status as junior synonym of T. granarius). Nonetheless, our study highlights the fact that still there may be undescribed cryptic species associated with the specific name in this part of Western Ghats (Linnean Shortfall) and paves the way for future taxonomic investigations and conservation strategies for the genus Triops in India.
机译:我们使用三种线粒体基因(COI,12S rRNA和的16S rRNA)GenBank数据库可公开获得的部分序列研究从西高止山脉地区4的Triops granarius人群的系统发育地位。其中一个地方的,潘奇加尼,就显得尤为重要,因为它是当前视为T. granarius的异名前东方雨燕的模式产地。系统发育分析表明,从所有四个地区(从Kolhapur,Chalkewadi,潘奇加尼和Dighi)群体形成一个谱系,这是这里命名为“马哈拉施特拉邦的血统”。一种从印度两个先前公布的样品,如谱系处理的“Triops granarius 4”嵌套在这个进化枝内。在COI基因= 11.9%;在“马哈拉施特拉谱系”从由平均最大似然距离&GT其它谱系分离。该距离是暗示来自T. granarius的其它谱系种的水平的分离的。这种解释是通过在所述自动条形码峡发现方法的应用本研究中进行的保守属范围的物种划界分析进一步支持。在“马哈拉施特拉谱系”分支出来在潘奇加尼+ Kolhapur的和Dighi + L4 + Chalkewadi样品的两个子谱系,在COI分离5.9%平均ML距离(未校正的p距离= 5.4%)。 5%的阈值与所述数据集COI应用将因此甚至建议在物种水平两个子谱系的分化可能。因为与序列有关的最券被耗尽DNA提取形态学比较数据是当前不可用。需要为了准备了完善的分类修订进一步研究。因此,在目前的研究中,我们从重新instating阿普斯侧柏满种状态避免(同样,在这个morphogroup亚洲类群的其他名字,包括天燕冬虫夏草上野,我们保留地位T. granarius的异名)。然而,我们的研究强调,随着西高止山脉(林奈不足),这部分的具体名称关联仍有可能未描述的神秘物种的事实,铺平了未来的分类调查和保护策略在印度属Triops的方式。

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