Apilitermes longiceps Sjöstedt, 1899 长头无毛白蚁

相关文献

以下为本站缓存的本属相关文献（自动匹配，供参考）；查本种请用检索器，会自动合并次异名。

1. Apilitermes longiceps (Sjöstedt) (Isoptera, Termitidae): description de la caste ailée et nouvelles observations au Zaïre

   J. E. Ruelle, M. Bunta, Soki Kue Di Kuenda · 1987 · Revue de Zoologie Africaine

   摘要

2. Termitic Diversity of the Dalhia Fleurs Partial Natural Reserve (Bingerville, Côte d’Ivoire)

   Akpa Alexandre Moïse Akpesse, Dohouonan Diabaté, Ténon Coulibaly, Yavo Olivier Kouadja, Kouakou Hervé Koua, Kouassi Philippe Kouassi · 2022 · Journal of Agriculture and Ecology Research International

   摘要

   Termites play an important ecological role. The objective of this work is to evaluate the diversity of termites in two different ecosystems (primary forest and horticultural forest) of the Partial Dalhia Fleurs Natural Reserve (DFNR) In each ecosystem, three transects were carried out using the standardized rapid termite assessment method. A total of 20 species of termites were sampled. In the primary forest, 18 species were sampled and 16 species in the horticultural forest. These species belong to two families which are the Termitidae with 17 species and the Rhinotermitinae. These termites were Macrotermes subhyalinus, Macrotermes bellicosus, Acanthotermes sp, Odontotermes sp, Ancistrotermes guineensis, Microtermes sp, Microtermes sp2, Procubitermes sp, Protermes sp, Pericapritermes sp, Microcerotermes parvus, Amphidotermes sp, Cubitermes fungifaber, Noditermes sp, Apilitermes sp, Amitermes guineensis and Trinervitermes sp. The second family was that of Rhinotermitidae with 3 species namely Coptotermes intermedius, Coptotermes sjöstedti and Schedorhinotermes lamanianus. Thus, the Dalhia Fleur Nature Reserve abounds in a significant wealth of termitic fauna. It is therefore important to protect it further.

3. Phylogeny and revision of the ‘ Cubitermes complex’ termites ( Termitidae : Cubitermitinae )

   Simon Hellemans, Jean Deligne, Yves Roisin, Guy Josens · 2021 · Systematic Entomology

   摘要

   The phylogeny of the genus Cubitermes Wasmann was reconstructed using two mitochondrial genes ( COI and COII ) and a fragment of the nuclear 28S rDNA, including samples of Apilitermes Holmgren, Crenetermes Silvestri, Megagnathotermes Silvestri and Thoracotermes Wasmann. Based on our analyses, we recovered these genera within a paraphyletic Cubitermes clade. Cubitermes species are distributed between five main clades, highly reflective of their enteric valve armatures (EVAs). Consequently, Cubitermes is here divided into five monophyletic genera based on phylogenetic analyses and EVAs: Cubitermes ( sensu stricto ), Isognathotermes Sjöstedt, Nitiditermes Emerson, Polyspathotermes Josens & Deligne, gen.n., and Ternicubitermes Josens & Deligne, gen.n. Moreover, the two species of Megagnathotermes included in this study, exhibiting different EVAs, are phylogenetically distant: M. katangensis Sjöstedt belongs in the genus Polyspathotermes, while M. notandus Silvestri remains as a monotypic genus. During the evolution of the Cubitermes complex, sclerotized EVA spatulae appeared twice independently: three or six spatulae in Polyspathotermes ( sulcifrons and oblectatus patterns) and two jaw‐like spatulae in Nitiditermes ( sankurensis pattern), which is absent in some species ( oculatus pattern). Zoobank registration: http://zoobank.org/urn:lsid:zoobank.org:pub:576AAFF8‐63C6‐4962‐A8F5‐75C9317AEA7B.

检索本种文献（含异名）→ OpenAlex Google Scholar 知网

摘要来自开放元数据，版权归原作者/出版方；仅用于检索参考，请以原文为准。