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首页> 外文期刊>Molecular phylogenetics and evolution >Phylogeny of the owlet-nightjars (Aves: Aegothelidae) based on mitochondrial DNA sequence
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Phylogeny of the owlet-nightjars (Aves: Aegothelidae) based on mitochondrial DNA sequence

机译:基于线粒体DNA序列的夜莺(Aves:Aegothelidae)的系统发生

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The avian family Aegothelidae (Owlet-nightjars) comprises nine extant species and one extinct species, all of which are currently classified in a single genus, Aegotheles. Owlet-nightjars are secretive nocturnal birds of the South Pacific. They are relatively poorly studied and some species are known from only a few specimens. Furthermore, their confusing morphological variation has made it difficult to cluster existing specimens unambiguously into hierarchical taxonomic units. Here we sample all extant owlet-nightjar species and all but three currently recognized subspecies. We use DNA extracted primarily from museum specimens to obtain mitochondrial gene sequences and construct a molecular phylogeny. Our phylogeny suggests that most species are reciprocally monophyletic, however A. albertisi appears paraphyletic. Our data also suggest splitting A. bennettii into two species and splitting A. insignis and A. tatei as suggested in another recent paper.
机译:禽科(Aegothelidae)包括九种现存物种和一种已灭绝物种,目前所有这些物种都归类为一个单一的属,即Aegotheles。 w夜莺是南太平洋的夜行性暗夜鸟类。他们的研究相对较少,只有少数标本才知道某些物种。此外,它们令人困惑的形态变异使得难以将现有标本明确地聚类为分级的分类单位。在这里,我们对所有现存的let夜莺物种以及除三个目前公认的亚种以外的所有物种进行采样。我们使用主要从博物馆标本中提取的DNA来获取线粒体基因序列,并构建分子系统发育系统。我们的系统发育史表明,大多数物种是相互单系的,然而阿尔伯特氏菌似乎是共生的。我们的数据还建议将A. bennettii分为两个物种,并将A. insignis和A. tatei分开,如另一篇最近的论文所述。

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