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乌樇属(直翅目:螽斯科:Ephippigerini)鸣虫:一些物种新信息的综述。

Songs in the genus Uromenus (Orthoptera: Tettigoniidae: Ephippigerini): A review with new information about some species.

机构信息

Grillenstieg 18, 39120 Magdeburg, Germany. .

Nagy Fuvaros u. 6, 1084 Budapest, Hungary;

出版信息

Zootaxa. 2021 Jun 23;4991(1):93-115. doi: 10.11646/zootaxa.4991.1.4.

Abstract

With nearly 60 described forms Uromenus is the most species-rich genus of the tribe Ephippigerini, a west Palearctic group of flightless bush-crickets (katydids). As it is typical for bush-crickets, Uromenus males produce species-specific calling songs to attract females prepared to mate. These insects are relatively large and their songs have always components audible to humans. Nevertheless, acoustical information are available only for few species. Also the phylogenetic relationships of species and species groups are poorly known. In this paper we present new data on the song and morphology of several species (U. dyrrhachiacus, U. elegans, U. finoti, U. galvagnii, U. robustus, U. tobboganensis and U. innocentii) and give a review of all published acoustical data. Judging from the still few data, as in other Ephippigerini the song patterns often seem to contain species-group characteristics making them candidates to be used in phylogenetic studies. Additionally, we have studied the female stridulatory organs which are unique in structure in Ephippigerini and completely different from those of the males. Despite in Uromenus used only for defensive stridulation, possibly species-specific similarities in structure between males and females exist.

摘要

拥有近 60 种描述形式的 Uromenus 是 Ephippigerini 部落中物种最丰富的属,Ephippigerini 是一个没有飞行能力的 Bush-crickets(螽斯)的西古北界群体。与 Bush-crickets 一样,Uromenus 雄性会发出特定于物种的求偶叫声,以吸引准备交配的雌性。这些昆虫体型相对较大,其叫声中一直有人类可听到的成分。然而,目前仅可获得少数几种昆虫的声学信息。此外,物种和物种群的系统发育关系也知之甚少。在本文中,我们介绍了几种物种(U. dyrrhachiacus、U. elegans、U. finoti、U. galvagnii、U. robustus、U. tobboganensis 和 U. innocentii)的叫声和形态的新数据,并回顾了所有已发表的声学数据。从仍然很少的数据来看,与其他 Ephippigerini 一样,歌曲模式似乎经常包含物种群特征,使它们成为系统发育研究的候选者。此外,我们还研究了 Ephippigerini 中独特的雌性摩擦发声器官,其结构与雄性完全不同。尽管在 Uromenus 中仅用于防御性摩擦发声,但雄性和雌性之间可能存在结构上的特定相似性。

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