即使青藏和伊朗的高原有许多动物区系元素,该地区物种的历史生物地理尚未得到很好的理解。我们使用十个可用基因(COI-COII,ND1,ND5,Cytb,EF-1a,Wg,16S,28S-D2/D3和28S-D8)。然后我们专注于A.leucodice(Eversmann,1843)和相关的分类单元,以解决该物种组中一些长期存在的分类学问题。根据DNA序列数据以及形态学,我们提高阿波里亚照明(Grum-Grshimailo1890)统计。11月。(=伪照明Tshikolovets2021系统。11月。)作为一个独特的物种,并指定一个选型;同义词AporialeucodiceleucodiceEversmann,1843年(=A.l.莫洛丝·谢尔朱日科,1908年。11月。);并描述一个新物种,Aporiaahurasp.11月。,来自伊朗北部的中央阿尔伯兹山脉。
Even though the high plateaus of Qinghai-Tibet and Iran share many faunal elements, the historical biogeography of the species present in this area are not very well understood. We present a complete COI barcode library for Aporia Hübner and a first comprehensive phylogeny for the genus including all known species and majority of subspecies using ten available genes (COI-COII, ND1, ND5, Cytb, EF-1a, Wg, 16S, 28S-D2/D3 and 28S-D8). We then focus on A. leucodice (Eversmann, 1843) and related taxa in order to resolve some long-standing taxonomic issues in this species-group. Based on DNA sequence data as well as morphology, we raise Aporia illumina (Grum-Grshimailo 1890) stat. nov. (= pseudoillumina Tshikolovets 2021 syn. nov.) as a distinct species and designate a lectotype; synonymize Aporia leucodice leucodice Eversmann, 1843 (= A. l. morosevitshae Sheljuzhko, 1908 syn. nov.); and describe a new species, Aporia ahura sp. nov., from the Central Alborz Mountains in northern Iran.