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Gengyun NIU,Ping HU,Xi LUO,Mei-Cai WEI 한국곤충학회 2019 Entomological Research Vol.49 No.7
Two new species of the nigricornis subgroup of Tenthredo fortunei group fromChina are described: Tenthredo plagionotella sp. nov. and T. zhoui sp. nov. The diagnosis of Tenthredo fortunei group is briefly discussed. A key to the subgroups of the Tenthredo fortunei group and the known species of nigricornis subgroup is provided.
Review of Leptocimbex formosanus group (Hymenoptera: Cimbicidae) with two new Chinese species
Yuchen Yan,Gengyun NIU,Bocheng LAN,Meicai Wei 한국곤충학회 2018 Entomological Research Vol.48 No.5
Leptocimbex formosanus group of Leptocimbex Semenov 1896, Cimbicidae is defined and the relationships and characteristics are provided. Two new species of this group are described from Hunan and Yunnan Provinces in China: Leptocimbex shinoharai Yan & Wei sp. nov. and L. naitoi Yan & Wei sp. nov. Redescriptions of the three known species of L. formosanus group (L. formosanus Enslin 1911, L. dendrobii Rohwer 1915 and L. nigropropodea Wei & Deng 2002) and a key to all known species of this group are provided.
Wan Siying,Wu Duo,Niu Gengyun,Liu Ting,Wei Meicai 한국곤충학회 2022 Entomological Research Vol.52 No.1
Arge nipponensis group is proposed for 12 East Asian species. A key to species of this group is provided. Arge aurora Wei, sp. nov., a widespread species in China is described. It has been misidentified as Arge nipponensis Rohwer, 1910 in China since 1927. Arge nipponensis Rohwer is removed from the faunal list of China. The ovipositor and genitalia of A. nipponensis are described and figured for the first time. The geographic distribution analysis indicated that geographical barriers were probably the key to the distribution of A. aurora and A. nipponensis.
Yalan CHENG,Yuchen Yan,Mei-Cai WEI,Gengyun NIU 한국곤충학회 2021 Entomological Research Vol.51 No.6
Three new species of Leptocimbex, L. praiaformis, L. clavicornis, and L. yanniae, from China were described and illustrated. Nearly complete mitochondrial genomes were sequenced using next-generation sequencing. Compared to the ancestral organization, four tRNA genes were rearranged: trnM (+) and trnQ () are shuffled, while trnC ()andtrnY () are translocated from the trnW-trnC-trnY cluster to a location upstream of trnI. By mapping gene order onto phylogenies estimated from the mitochondrial genome, the evolutionary histories of gene rearrangement traits can be deciphered. All protein-coding genes are initiated by ATN codons and terminated with TAN, or T codons. By labeling the mutation on predicted secondary structures of rRNAs, the highly conserved motifs of rrnS (H769, H921, H939, H1506) also show phylogenetic signals. Phylogenetic relationships among the Symphyta were reconstructed using mitogenomes. Both maximum likelihood and Bayesian inference analyses highly support the monophyly of the genus Leptocimbex and the sister-group relationship between Leptocimbex and Labriocimbex + Trichiosoma.