Review of the leafhopper genus Anufrievia Dworakowska (Hemiptera: Cicadellidae: Typhlocybinae: Erythroneurini) Author Cao, Yanghui Author Yang, Meixia Author Lin, Shuanghu Author Zhang, Yalin text Zootaxa 2018 2018-07-17 4446 2 203 232 journal article 29348 10.11646/zootaxa.4446.2.2 afb880b8-a3a6-4ade-8dcf-ac47bbd00bb5 1175-5326 1444098 D7065DA2-6A27-4EA4-AA04-4E1DC748D90B 3. Anufrievia arcuata Yang & Zhang sp. nov. ( Fig. 2 ) Body orange yellowish. Transition area from vertex to face orange at central part. Eyes and basal triangles of mesonotum blackish. Pronotum with whitish dumbbell-shaped streak near middle anterior margin. Fore wing beige. Male genitalia: Pygofer with about 4 macrosetae at cephalo-ventral angle of lobe ( Fig. 2a ), apex of dorsal appendage not bifurcated, base broad, tapering to apex ( Fig. 2b ). Style with apical tooth shorter than subapical tooth ( Fig. 2c ). Aedeagal shaft broad in lateral view, almost straight, apical processes symmetric, hooked in ventral view; preatrial process developed, slightly sinuated, apex reaching gonopore; gonopore subapical ( Figs 2e, f ). FIGURE 1. Anufrievia adaucta Cao & Zhang sp. nov. a. abdominal apodemes; b. pygofer side; c. pygofer dorsal appendage of holotype; d. pygofer dorsal appendage of paratype; e. subgenital plate, style and connective, dorsal view; f. subgenital plate, ventral view; g. style, lateral view; h. connective; i. aedeagus of holotype, ventral view; j. aedeagus of paratype, ventral view; k. aedeagus, lateral view. Measurement: Male 2.50mm , female 2.55mm . Material examined: Holotype : ♂ [ NWAFU ], CHINA : Yunnan Prov., Menglong , 24.xii.1999 , coll. Qin Daozheng . Paratypes : 1♀ [ NWAFU ], same data as holotype ; 1♂ [ NWAFU ], CHINA , Yunnan Prov., Mengyuan , Sancha River , 950m , 20.xii.1999 , coll. I. Dworakowska. Remarks: This new species is similar to A. cervena Dworakowska , but can be distinguished by bifurcated apex of style, straight pygofer dorsal appendage, and the shortened part of aedeagus from gonopore to apex. Etymology: The specific epithet is derived from the Latin word “ arcuatus ”, referring to the hooked apical processes of aedeagal shaft.