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首页> 外文期刊>Molecular phylogenetics and evolution >Phylogeographic patterns, molecular and vocal differentiation, and species limits in Schiffornis turdina (Aves)
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Phylogeographic patterns, molecular and vocal differentiation, and species limits in Schiffornis turdina (Aves)

机译:Schiffornis turdina(Aves)的系统志模式,分子和声音分化以及物种限制

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摘要

Establishing species limits can be challenging for organisms in which few variable morphological characters are available, such as Schiffornis turdina, a Neotropical suboscine bird of long-debated taxonomic affinities. Apart from its dull plumage and secretive behavior, this taxon is well-known for its subtle but discrete within-species geographic variation in vocalizations. Phylogeographic reconstruction based on three mitochondrial markers sampled across much of the species’ range reveals substantial structuring, concordant with recognized areas of endemism in Neotropical lowland forests. Monophyly of S. turdina was weakly supported by the combined dataset, as was the basal position of the Guyanan Shield population with regard to other S. turdina clades. Based on the results from both genetic and a preliminary, qualitative analysis of vocalizations, I recommend revised species limits to reflect more accurately the evolutionary history of this complex.
机译:对于几乎没有可变形态特征的生物,例如物种Schiffornis turdina(一种具有长期争论的生物分类亲和力的新热带亚潜鸟),建立物种限度可能具有挑战性。除了呆板的羽毛和隐秘的行为外,该分类单元还因其发声中的细微但离散的种内地理差异而闻名。根据在大部分物种范围内采样的三种线粒体标记物进行的植谱重建表明,该结构具有实质性结构,与新热带低地森林中的特有病区一致。组合数据集很少支持S. turdina的monophyly,以及Guyanan Shield种群相对于其他S. turdina进化枝的基础位置。基于遗传学和发声的初步定性分析的结果,我建议修改物种限制以更准确地反映该复合体的进化历史。

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