白垩纪中期赫康提和克钦琥珀中的白蚁(直翅目:白蚁科)

Michael S. Engel, C. Jouault
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摘要

由于白蚁化石物种的数量相对较少,等翅目动物过去的多样性与其现存的多样性形成了鲜明的对比。白垩纪是许多现生白蚁种群起源的关键时期,许多早期分化的白蚁科至今仍不为人知。因此,由于化石证据的匮乏,研究其过去的多样性动态、导致其现今的多样性以及起源的工作仍被蒙上了一层阴影。在这里,我们报告了来自白垩纪中叶克钦伏贝中的两个新的Hodotermopsidae类群:和Tyrannotermes spinifer gen.这些新物种包括化石记录中最早出现的Hodotermopsidae。我们提出了中国白垩纪属种的新异名:Jitermes Ren(=Huaxiatermes Ren和Asiatermes Ren,均为新异名)和Meiatermes Lacasa Ru。我们为中国白垩纪的 Jitermes Ren(= Huaxiatermes Ren 和 Asiatermes Ren,均为同义新种)和 Meiatermes Lacasa Ruiz & Martínez-Delclòs(= Caatingatermes Martins-Neto、Ribeiro-Júnior & Prezoto、Araripetermes Martins-Neto、Ribeiro-Júnior & Prezoto、Nordestinatermes Martins-Neto、Ribeiro-Júnior & Prezoto,均为同义新种)提出了新的异名,并修订了 Carinatermitidae stat.我们讨论了 Pabuonqedidae 的系统定位,以及新的软体动物对 Teletisoptera 和 Isoptera 未来分歧时间估计的影响。
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Hodotermopsid termites from the mid-Cretaceous Hkamti and Kachin ambers (Isoptera: Hodotermopsidae)
The past diversity of Isoptera stands in stark contrast to their extant diversity as the number of fossil termite species is relatively low. Many early-diverging families are unknown from the Cretaceous, a crucial period encompassing the origins of many extant lineages. Therefore, the study of their past diversity dynamics, leading to their present-day diversity, and origin remains shrouded by a dearth of fossil evidence. Here, we report two new taxa of Hodotermopsidae from the Albian Hkamti and mid-Cretaceous Kachin ambers: Hodotermopsella novella gen. et sp. nov. and Tyrannotermes spinifer gen. et sp. nov., the former placed in a new subfamily, Hodotermopsellinae subfam. nov. These new species include the earliest occurrences of Hodotermopsidae in the fossil record. We propose new synonymizations for Cretaceous genera from China Jitermes Ren (= Huaxiatermes Ren and Asiatermes Ren, both syn. nov.) and Meiatermes Lacasa Ruiz & Martínez-Delclòs (= Caatingatermes Martins-Neto, Ribeiro-Júnior & Prezoto, Araripetermes Martins-Neto, Ribeiro-Júnior & Prezoto, Nordestinatermes Martins-Neto, Ribeiro-Júnior & Prezoto, all syn. nov.), and revise the status of the Carinatermitidae stat. nov. We discuss the systematic placement of the Pabuonqedidae as well as the implications of the new hodotermopsids on future divergence-time estimates for Teletisoptera and Isoptera.
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