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Integrative taxonomy of Asiopodabrus fragiliformis (Kang and Kim, 2000) (Coleoptera: Cantharidae) and its related species

机译:脆性天蛾的综合分类学(Kang and Kim,2000)(鞘翅目:Cantharidae)及其相关物种

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摘要

Both the color patterns of the body and the structures of the male genitalia are important characters used in species identification of traditional taxonomy. However, these characters are often limiting when identifying females of some species. In this study, we attempted to evaluate the species reality of Asiopodabrus fragiliformis which often has difficulty in being identified due to individual variation in color pattern and lack of female information. Using DNA barcoding, A. fragiliformis was represented ás having three clades strongly supported by a high bootstrap value (>99%) and with over 3% branch lengths having a 2.9-3.4% barcoding gap. Morphological reexamination based on the result of DNA barcoding, demonstrated three clades: A. fragiliformis, A. kurvatovi, and A. koryeoensis n. sp., respectively, that were clarified based on subtle difference in both male and female morphological characters. This study explicitly showed that DNA barcoding may clearly and rapidly decide the species delineation for morpho-species in certain cases when the identification of female specimens is not clear using traditional methods.
机译:身体的颜色模式和男性生殖器的结构都是用于传统分类学物种识别的重要特征。但是,在鉴定某些物种的雌性时,这些字符通常受到限制。在这项研究中,我们试图评估脆性天蛾的物种真实性,该物种由于颜色图案的个体差异和缺乏女性信息而常常难以识别。使用DNA条形码,代表了脆枝曲霉(A. fragiliformis)的三个进化枝,它们由高自举值(> 99%)强烈支撑,分支长度超过3%,条形码间距为2.9-3.4%。根据DNA条形码的结果进行形态学检查,发现了三个进化枝:脆果曲霉,苦瓜曲霉和高丽曲霉。分别根据男性和女性形态特征的细微差别进行了澄清。这项研究明确表明,在某些情况下,使用传统方法对雌性标本进行识别尚不清楚时,DNA条形码可以清晰,快速地决定形态物种的物种划分。

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