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首页> 外文期刊>Systematic Entomology >Phylogeny of the Pyretophorus Series of Anopheles subgenus Cellia (Diptera: Culicidae)
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Phylogeny of the Pyretophorus Series of Anopheles subgenus Cellia (Diptera: Culicidae)

机译:Cell亚属按蚊属的Pyretophorus系列系统发育史(双翅目::科)

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摘要

A cladistic analysis based on morphological characters is presented for the Pyretophorus Series of subgenus Cellia of Anopheles. The cibarial armature was investigated for the first time since the pioneering work of Christophers (1933), which is still used to define taxonomic series within Cellia, and for the first time veer using scanning electron microscopy. Christophers' observations of characters of the cibarial armature were corroborated and several novel characters discovered. Despite difficulties in delimiting and encoding morphological characters at the species level, the analysis provided insights into relationships within the Pyretophorus Series. The data support the monophyly of the Series and establish the Oriental species as a monophyletic group. The Afrotropical species are basal and paraphyletic relative to the Oriental species, with Anopheles christyi placed in the most basal position. The pattern of relationships suggests that the capacity to transmit malaria is an ancestral condition subsequently lost independently in several lineages.
机译:提出了基于形态学特征的按蚊属亚属的Pyretophorus系列的分类分析。自Christophers(1933)的开创性工作(至今仍用于定义Cellia内的分类学系列)以来,首次调查了颅骨骨架,并首次使用扫描电子显微镜进行了研究。克里斯托弗斯(Christophers)对骨骨架特征的观察得到了证实,并发现了几个新颖的特征。尽管在物种水平上难以界定和编码形态特征方面存在困难,但该分析提供了深入了解Pyretophorus系列内关系的信息。数据支持该系列的单方面研究,并将东方物种确定为单系统群体。相对于东方物种,非嗜热物种为基础物种和副生物物种,其中克里斯蒂按蚊(Anopheles christyi)处于最基础的位置。关系的模式表明,传播疟疾的能力是一种祖先状况,随后在几个世系中独立丧失。

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