“…Because females are mostly unknown, we focused on males. The male morphological data (characters and states) were mainly taken from previous studies (Evans, , , ; Terayama, ; Lanes & Azevedo, , ; Corrêa & Azevedo, ; Ramos & Azevedo, ; Ramos et al ., ; Alencar & Azevedo, ; Zamprogno & Azevedo, ; Gobbi & Azevedo, ). In all, 163 adult characters were coded using Leica M80 microscopes and LED light sources (Appendix S1).…”
Section: Methodsmentioning
confidence: 99%
“…In recent decades, studies concerning the genus were mainly focused on the Neotropical fauna (e.g. Corrêa & Azevedo, ; Leal & Azevedo, ; Waichert & Azevedo, ; Lanes & Azevedo, ; Corrêa & Azevedo, ; Ramos & Azevedo, ; Ramos et al ., ) and few studies were done on the Palaearctic (e.g. Terayama, ) and Oriental regions (e.g.…”
The flat wasp Apenesia Westwood is one of the largest genera in Pristocerinae with 190 species worldwide. The lack of a single diagnostic morphological character has resulted in many distinct ground plans within Apenesia. Some authors have suggested Apenesia as polyphyletic. Here we aimed to investigate and delimit the genus based on morphological and molecular data. We analysed 163 morphological characters on tnt using ‘traditional search’, whereas Bayesian (BI) and maximum likelihood (ML) inferences were performed on 1553 concatenated nucleotide base pairs from COI and 28S sequences. Apenesia was recovered as polyphyletic in all analyses with up to 10 different lineages spread throughout the tree. We mapped female morphological characters onto the molecular tree to enlighten morphological evolution in the apterous females. Based on our morphological and molecular analyses, and on the taxonomic revision of holotypes and specimens, we propose six new genera in the Pristocerinae and revalidate the generic status of two: Acrenesia gen.n., Austranesia gen.n., Cleistepyris stat. rev., Dracunesia gen.n., Eleganesia gen.n., Epynesia gen.n., Pristonesia gen.n., and Propristocera stat. rev. We also propose four new generic synonymies: Neoapenesia syn.n. under Apenesia, Dipristocera syn.n. under Cleistepyris, Afrocera syn.n. and Neopristocera syn.n. under Propristocera. At the species level, we indicate Apenesia minor syn.n. under Propristocera tagala. In all, 162 new combinations, eight reinstated combinations and one new name to avoid homonymy are proposed. Apenesia is now defined as flat wasps having males with the mesoscutum gibbous, the genitalia with the paramere narrow and densely hairy, and the aedeagus with the ventral apical lobe elliptical and covered with lumps. Females of Apenesia can be distinguished from other Pristocerinae by having the head wider than the mesosoma, the antennae short, the mandible long, and the clypeus surpassing the toruli in the frons. This study reinforces the difficulties in defining Apenesia and other Pristocerinae genera.
This published work has been registered in ZooBank,
http://zoobank.org/urn:lsid:zoobank.org:pub:65FB3087-0F30-4851-B1BA-ED6E4518B958.
“…Because females are mostly unknown, we focused on males. The male morphological data (characters and states) were mainly taken from previous studies (Evans, , , ; Terayama, ; Lanes & Azevedo, , ; Corrêa & Azevedo, ; Ramos & Azevedo, ; Ramos et al ., ; Alencar & Azevedo, ; Zamprogno & Azevedo, ; Gobbi & Azevedo, ). In all, 163 adult characters were coded using Leica M80 microscopes and LED light sources (Appendix S1).…”
Section: Methodsmentioning
confidence: 99%
“…In recent decades, studies concerning the genus were mainly focused on the Neotropical fauna (e.g. Corrêa & Azevedo, ; Leal & Azevedo, ; Waichert & Azevedo, ; Lanes & Azevedo, ; Corrêa & Azevedo, ; Ramos & Azevedo, ; Ramos et al ., ) and few studies were done on the Palaearctic (e.g. Terayama, ) and Oriental regions (e.g.…”
The flat wasp Apenesia Westwood is one of the largest genera in Pristocerinae with 190 species worldwide. The lack of a single diagnostic morphological character has resulted in many distinct ground plans within Apenesia. Some authors have suggested Apenesia as polyphyletic. Here we aimed to investigate and delimit the genus based on morphological and molecular data. We analysed 163 morphological characters on tnt using ‘traditional search’, whereas Bayesian (BI) and maximum likelihood (ML) inferences were performed on 1553 concatenated nucleotide base pairs from COI and 28S sequences. Apenesia was recovered as polyphyletic in all analyses with up to 10 different lineages spread throughout the tree. We mapped female morphological characters onto the molecular tree to enlighten morphological evolution in the apterous females. Based on our morphological and molecular analyses, and on the taxonomic revision of holotypes and specimens, we propose six new genera in the Pristocerinae and revalidate the generic status of two: Acrenesia gen.n., Austranesia gen.n., Cleistepyris stat. rev., Dracunesia gen.n., Eleganesia gen.n., Epynesia gen.n., Pristonesia gen.n., and Propristocera stat. rev. We also propose four new generic synonymies: Neoapenesia syn.n. under Apenesia, Dipristocera syn.n. under Cleistepyris, Afrocera syn.n. and Neopristocera syn.n. under Propristocera. At the species level, we indicate Apenesia minor syn.n. under Propristocera tagala. In all, 162 new combinations, eight reinstated combinations and one new name to avoid homonymy are proposed. Apenesia is now defined as flat wasps having males with the mesoscutum gibbous, the genitalia with the paramere narrow and densely hairy, and the aedeagus with the ventral apical lobe elliptical and covered with lumps. Females of Apenesia can be distinguished from other Pristocerinae by having the head wider than the mesosoma, the antennae short, the mandible long, and the clypeus surpassing the toruli in the frons. This study reinforces the difficulties in defining Apenesia and other Pristocerinae genera.
This published work has been registered in ZooBank,
http://zoobank.org/urn:lsid:zoobank.org:pub:65FB3087-0F30-4851-B1BA-ED6E4518B958.
“…The male genitalia are very important for delimiting species in many genera of Bethylidae (see for instance Azevedo 1999, Redighieri & Azevedo 2006 for Dissomphalus Ashmead, 1893 ;Santos & Azevedo 2000 for Anisepyris Kieffer, 1905;Côrrea & Azevedo 2006 for Apenesia Westwood, 1874;Magesky & Azevedo 2001 for Rhabdepyris Kieffer, 1904). However in Caloapenesia the characters of male genitalia were not very so important for helping in delimiting species.…”
Caloapenesia Terayama is characterized by having the costal cell very long, the stigma of forewing absent, and the paramere deeply divided into two arms. Three species of this genus were known from Oriental Region. Sixteen new species from Indonesia, Thailand and Vietnam: C. ana sp. nov., C. arbeni sp. nov., C. diba sp. nov., C. edas sp. nov., C. heira sp. nov., C. inyara sp. nov., C. jailuna sp. nov., C. lani sp. nov., C. launeci sp. nov., C. leptata sp. nov., C. mugra sp. nov., C. nadaili sp. nov., C. paruwa sp. nov., C. rikawa sp. nov., C. sabeli sp. nov. and C. supra sp. nov. are described and illustrated. A character list for delimiting species and comments about generic male characters as a key to males are given.
The mesopleuron of Bethylidae has many structures that are used in taxonomic and phylogenetic studies. The lack of understanding of these structures has generated independent terminologies and a series of confusing terms, hampering effective scientific communication. A morphological study and literature review were made in order to solve these problems. Our study resulted in an anatomic glossary with 49 terms that presented a large number of synonyms and polysemies. The glossary standardizes the terms used in the Bethylidae mesopleuron and in other Hymenoptera groups, which will facilitate hypotheses of primary homology in comparative biology.
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