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New species of N eoapenesia ( H ymenoptera: B ethylidae) from J apan, with special remarks on female morphology and bionomics
Author(s) -
Sawada Hikaru,
Terayama Mamoru,
Mita Toshiharu
Publication year - 2014
Publication title -
entomological science
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.536
H-Index - 28
eISSN - 1479-8298
pISSN - 1343-8786
DOI - 10.1111/ens.12061
Subject(s) - biology , aedeagus , zoology , mating , botany , genus
Abstract A bethylid wasp is described as N eoapenesia makiharai n. sp. based on adults obtained from dead wood collected from the R yukyus, J apan. The male is distinguishable from N . leytensis   T erayama, the monotypic species of the genus, on the basis of the following characteristics: presence of short 2R s vein, rounded propodeum, absence of sculpture on propodeum, widened subgenital plate, and apically rounded aedeagus. The female of N eoapenesia is described for the first time. Its morphological characteristics closely resemble those of A penesia , but sex association was confirmed by the following facts: partial mitochondrial COI gene sequences (582 bp) of males and females were identical, and mating behavior was often observed. The female is easily distinguishable from females of A penesia on the basis of the following characteristics: distinctly short antenna (not reaching posterior margin of head) and a disproportionately large head (head width about twice the dorsal pronotal width). Although females were active at night, males were active in the daytime and copulation was observed during this period. Since the female is larger than the male, phoretic copulation may not occur. Dead wood was collected and kept in plastic bags, from which a total of 16 species of coleopteran wood‐borers and two predators were obtained together with N . makiharai n. sp. Many individuals of N . makiharai n. sp. were reared from dead wood severely affected by C erecium longicorne and it was the most common species obtained from our wood samples. Therefore, the cerambycid species is considered a potential host species.

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