缅甸克钦琥珀中白垩纪中期的螳螂目(昆虫纲,神经龙科)新属和新种

IF 1.9 Q2 ENTOMOLOGY
HONG-YU Li, DE Zhuo, Bo Wang, H. Nakamine, Shûhei Yamamoto, WEI-WEI Zhang, JIA-NI Ling, Michael Ohl, U. Aspöck, Horst Aspöck, Xing-Yue Liu
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引用次数: 0

摘要

螳螂poidea(昆虫纲,神经昆虫目)以幼虫的超变态发育和大多数成虫具有螳螂般的猛禽前肢而闻名。目前,该超科包括珠蛉科(Berothidae)和三个猛禽螳螂科:Rhachiberothidae(多刺草蛉科)、Dipteromantispidae 和 Mantispidae(螳螂蜓科或螳螂草蛉科)。它包括从上三叠世到中新世的 74 属中的约 530 个现存物种和 97 属中的 143 个灭绝物种。蝶科(Berothidae)因一些成虫雌翅上有鳞片状刚毛而闻名,目前包括从上三叠世到始新世的 26 属中的 119 个现生种和 37 属中的 59 个灭绝种。Rhachiberothidae是螳螂科的孑遗类群,仅有4属14个现生种,分布于非洲热带地区。然而,丰富的化石记录(28 种 21 属),尤其是白垩纪的化石记录,彰显了该科过去的辉煌。白垩纪的双翅目类双翅目(Dipteromantispidae)科由 9 属 10 种组成,其系统发育状况仍是一个谜。螳螂科(Mantispidae)是螳螂目(Mantispoidea)中最大的科,包括 44 属中的约 395 个现存物种和 30 属中的 46 个灭绝物种,分布于下侏罗世到中新世。该科与其他猛禽科不同,其前胸具有高度的活动性和不同程度的伸长。在这里,我们描述了缅甸克钦琥珀中白垩纪中期的几个新属和新种:O. dispersa sp. nov., O. chenzuyini Zhuo, Li & Liu sp. nov. 和 O. magnimaculata sp. nov. ),并对 O. simpla Khramov, 2021 进行了详细的重新描述;两个新属和三个新种(Paraberothinae:Paraberothoides longispina Li, Zhang & Liu gen:Dicranoberotha zhangzhiqiae Zhuo, Li & Liu gen. et sp. nov、Kurtodipteromantispa relicta Li, Nakamine, Yamamoto & Liu sp:和 Proplega evelynae Zhuo, Li & Liu gen.Sinuijumantispa So & Won, 2022,以前被归入 Drepanicinae,现在被认为是螳螂科的一个干群,可能与 Mesomantispoides gen.我们的新发现为研究螳螂科的分类、形态多样性和进化提供了重要的启示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New genera and species of Mantispoidea (Insecta, Neuroptera) from the mid-Cretaceous Kachin amber, Myanmar
Mantispoidea (Insecta, Neuroptera) are well-known for the hypermetamorphic larval development and for most adults having praying mantis-like raptorial forelegs. Currently, this superfamily comprises Berothidae (beaded lacewings) and three raptorial mantispoid families: Rhachiberothidae (thorny lacewings), Dipteromantispidae and Mantispidae (mantidflies or mantid lacewings). It includes about 530 extant species in 74 genera, and 143 extinct species in 97 genera from the Upper Triassic to the Miocene. Berothidae, well-known for some adults with scale-like setae on the female wings, currently includes 119 extant species in 26 genera, and 59 extinct species in 37 genera from the Upper Triassic to the Eocene. Rhachiberothidae represents the relictual group of Mantispoidea, comprising only 14 extant species across four genera, which are confined to the Afrotropical Region. However, the abundant fossil records (28 species and 21 genera), especially from the Cretaceous, highlight the past glory of this family. The Cretaceous dipteran-like family Dipteromantispidae, comprising ten species across nine genera, remains enigmatic in terms of its phylogenetic status. Mantispidae, the largest family within Mantispoidea, comprises approximately 395 extant species across 44 genera and 46 extinct species in 30 genera, ranging from the Lower Jurassic to the Miocene. This family is distinctive from other raptorial families for its highly mobile and variously elongated prothorax. Here, we describe several new genera and species from mid-Cretaceous Kachin amber, Myanmar: Three new species of Osmyloberotha Khramov, 2021 (O. dispersa sp. nov., O. chenzuyini Zhuo, Li & Liu sp. nov. and O. magnimaculata sp. nov.) in Berothidae, with a detailed redescription of O. simpla Khramov, 2021; two new genera and three new species (Paraberothinae: Paraberothoides longispina Li, Zhang & Liu gen. et sp. nov.; Subfamily unknown: Dicranoberotha zhangzhiqiae Zhuo, Li & Liu gen. et sp. nov., Dicranoberotha liumohanae Zhuo, Li & Liu gen. et sp. nov.) of Rhachiberothidae, three new species (Enigmadipteromantispa dilatata Li, Nakamine, Yamamoto & Liu sp. nov., Kurtodipteromantispa relicta Li, Nakamine, Yamamoto & Liu sp. nov. and Kurtodipteromantispa univenula sp. nov.) of Dipteromantispidae, as well as four new genera and five new species (Symphrasinae: Parvosymphrasites aploneura Li, Lin, Liu & Wang gen. et sp. nov. and Proplega evelynae Zhuo, Li & Liu gen. et sp. nov.; Subfamily unknown: Haplacantha robusta gen. et sp. nov., Haplacantha tenuis gen. et sp. nov. and Mesomantispoides felixoporcus gen. et sp. nov.) of Mantispidae. Sinuijumantispa So & Won, 2022, previously classified within Drepanicinae, is now recognized as a stem group of Mantispidae, which is possibly related to Mesomantispoides gen. nov. or Mesomantispinae. Our new findings offer crucial insights into the taxonomy, morphological diversity and evolution of Mantispoidea.
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