Head capsule concavities accommodating the antennal bases in Hymenoptera pupating in wood: Possible emergence-facilitating adaptations

Lars Vilhelmsen
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引用次数: 19

Abstract

The area around the antennal bases and on the lower face was studied in Hymenoptera, including representatives of all “symphytan” superfamilies and apocritan families pupating in wood. This was done in order to eludicate the possible function and phylogenetic significance of modifications in the area under study. Two different kinds of structure which might serve to accommodate the antennal bases during emergence from the site of pupation, were investigated. Subantennal grooves were observed in Siricidae, Xiphydriidae, Orussidae, Megalyridae, and some Aulacidae, and vestigial grooves are probably present in Stephanidae; possible incipient structures were observed in some Tenthredinoidea, Megalodontoidea and Cephoidea. Antennal scrobes were observed in Ibaliidae, Liopteridae, Ichneumonidae and Chalcidoidea; they might have taken over the function of the subantennal grooves in these taxa. The distribution of subantennal grooves within the Hymenoptera cannot be explained without some homoplasy.

膜翅目昆虫在木材中化蛹时的头囊凹陷容纳触角基部:可能的紧急适应
研究了膜翅目昆虫触角基部周围和下表面的分布情况,包括所有“合虫”超科和在树林中化蛹的顶蜂科的代表。这样做是为了阐明修饰在研究区域的可能功能和系统发育意义。研究了两种不同的结构,它们可能在化蛹过程中容纳触角基部。绢蝇科、绢蝇科、绢蝇科、绢蝇科及部分绢蝇科均有触角下凹槽,绢蝇科可能有残留凹槽;在一些十齿总科、巨齿总科和角总科中观察到可能存在的早期结构。蠓科、蠓科、姬螨科和蠓科均有触角鳞片;它们可能在这些分类群中取代了触角下沟槽的功能。触角下沟在膜翅目昆虫中的分布,如果没有同质性是不能解释的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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