[Objective] The study aimed to solve the problem of morphological identi- fication difficulties and propose solutions for the identification of foreign mosquitoes that are difficult to identify. [Method] Based on the ...
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[Objective] The study aimed to solve the problem of morphological identi- fication difficulties and propose solutions for the identification of foreign mosquitoes that are difficult to identify. [Method] Based on the sequencing, alignment and anal- ysis of COl gene fragment, DNA barcode technology was used to identify 7 exotic mosquitoes, and the phylogenetic analysis was performed using MEGA6.0 and DNASTAR software. Then the morphological characteristics of the mosquitoes were reviewed. [Result[ These mosquitoes were Armigeres subalbatus, Culex gefidus, Anopheles gambiae, and Culiseta incidens. [Conclusion] DNA barcode technology is a useful supplement to the morphological classification method of mosquitoes.
A new species in the subgenus Simulium Latreille s. str. in the genus Simulium is described and illustrated. Simulium（Simulium） sanyaense sp. nov. is from the Sanya District on Hainan Island China. This new species ...
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A new species in the subgenus Simulium Latreille s. str. in the genus Simulium is described and illustrated. Simulium（Simulium） sanyaense sp. nov. is from the Sanya District on Hainan Island China. This new species is assigned to the tuberosum-group of the subgenus Simulium and is closely related to Simulium（S.） nitidithorax Puri（1932）, Simulium（S.） brevipar Takaoka and Davies（1995）, Simulium（S.） tianchi Chen, Zhang and Yang（2003）, and Simulium（S.） sigiti Takaoka and Hadi（1991）. However, it is differentiated from them by the genital plate, the enlarged sensory vesicle and the shape of cibarium in the female, and the pupal gill lacking a pit-like cuticular organ.
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