首页> 外文期刊>Zoological Journal of the Linnean Society >Systematics of the Culex coronator complex (Diptera: Culicidae): morphological and molecular assessment
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Systematics of the Culex coronator complex (Diptera: Culicidae): morphological and molecular assessment

机译:Culex Coronator综合体的系统学(Diptera:Culicidae):形态学和分子评估

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摘要

The Culex coronator complex of the mosquito subgenus Culex includes five currently recognized species: Cx. camposi, Cx. coronator, Cx. ousqua, Cx. usquatissimus and Cx. usquatus. Because of the confusing taxonomic history of the complex, we aimed to clarify the specific status of these nominal forms based on an examination of holotypes and lectotypes and molecular data from other specimens. Critical assessment of published descriptions and study of type specimens revealed that the known distributions of the five species overlap considerably and exhibit biotic sympatry in some areas. Sequences from the CO I barcode region and complete mitochondrial genomes were used to assess the relationships and degree of genetic divergence of the species and two newly discovered morphological forms, Cx. coronator Forms 1 and 2. Genetic distances in the COI dataset varied from 0.00 to 2.67%, with the largest relative divergence being 4.41 between specimens of Cx coronator and Cx. coronator Form 1. Bayesian Poisson tree process analysis of the COI barcode region also failed to provide support for the nominal species. Evidence from the morphological and molecular data thus leads us to conclude (at least provisionally) that the Cx. coronator complex is a single polymorphic species. The forms constitute a monophyletic group but there is no support for the specific status of the five nominal forms.
机译:蚊子亚因子的Culex核心复合物包括五种目前公认的物种:CX。 Camposi,CX。核心,CX。 ousqua,cx。 usquatissimus和cx。 Usquatus。由于复杂的分类史令人困惑,我们旨在基于对来自其他标本的全型和鉴定和分子数据的检查来阐明这些标称形式的具体状态。对出版描述的关键评估和类型标本的研究表明,五种物种的已知分布相当重叠,并在某些地区展示生物轰响。 Co I条形码区域和完全线粒体基因组的序列用于评估物种的关系和遗传分歧的关系和两个新发现的形态形式CX。 Coi Dataset中的遗传距离在0.00至2.67%的0.00至2.67%,具有最大的相对分歧,在CX芯和CX标本之间存在4.41。 COI条形码区域的贝叶斯泊松树过程分析也未能为标称物种提供支持。因此,来自形态学和分子数据的证据导致我们结束(至少暂时)CX。核心复合物是单一多态性物种。该表格构成单份组,但对五种标称表格的具体地位没有支持。

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