首页> 外文期刊>The Coleopterists bulletin >LARVAL DESCRIPTION AND PHYLOGENETIC PLACEMENT OF THE AUSTRALIAN ENDEMIC GENUS BARRETTHYDRUS LEA, 1927 (COLEOPTERA: DYTISCIDAE: HYDROPORINAE: HYDROPORINI: STERNOPRISCINA)
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LARVAL DESCRIPTION AND PHYLOGENETIC PLACEMENT OF THE AUSTRALIAN ENDEMIC GENUS BARRETTHYDRUS LEA, 1927 (COLEOPTERA: DYTISCIDAE: HYDROPORINAE: HYDROPORINI: STERNOPRISCINA)

机译:澳大利亚特点属Barretthydrus Lea的幼虫描述和系统发育放置,1927年(殖民季戊岛:Dytiscidae:Hydroporinae:Hydroporini:Sternopriscina)

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摘要

The larvae of the Australian endemic species Barretthydrus tibialis Lea, 1927 and Barretthydrus geminatus Lea, 1927 are described and illustrated for the first time, with detailed morphometric and chaetotaxic analyses of the cephalic capsule, head appendages, legs, last abdominal segment, and urogomphi. A parsimony analysis based on 118 informative larval characteristics of 34 species in all 10 tribes of the subfamily Hydroporinae was conducted using the program TNT. No clear larval morphological synapomorphies support the monophyletic origin of the tribe Hydroporini. Compared to other known larvae of Hydroporini, Barretthydrus Lea is postulated to share a closer phylogenetic relationship with Antiporus Sharp, which reinforces their inclusion in the subtribe Sternopriscina.
机译:澳大利亚特异性物种Barretthydrus Tibialis Lea,1927和Barretthydrus Geminatus Lea的幼虫首次描述和说明,详细的形态测量和细胞胶囊,头阑尾,腿,最后腹部和尿素分析。 使用该方法TNT进行了基于118个亚家族液体的34种幼虫特征的概述幼虫特征的分析分析。 没有明确的幼虫形态突录形式支持部落液体的单一起源。 与其他已知的氢洛菲尼幼虫相比,巴雷斯卫星lea与尖锐物夏季分享较近的系统发育关系,这加强了它们在子宫内斯诺克塞米松的含量。

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