Aulocera melanoleuca Sakai, Aoki & Yamaguchi, 2001
publication ID |
https://doi.org/ 10.11646/zootaxa.5357.4.4 |
publication LSID |
lsid:zoobank.org:pub:BCC5F051-12B6-4C57-BB12-75D215CBA3ED |
DOI |
https://doi.org/10.5281/zenodo.10526385 |
persistent identifier |
https://treatment.plazi.org/id/03CB87FE-3430-FF8A-FF67-FF6FFCF626DE |
treatment provided by |
Plazi |
scientific name |
Aulocera melanoleuca Sakai, Aoki & Yamaguchi, 2001 |
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Aulocera melanoleuca Sakai, Aoki & Yamaguchi, 2001 stat. nov.
( Figs. 12 View FIGURES 9–12 , 15 View FIGURES 13 View FIGURES 13 , 30 View FIGURE 30 i, 31 View FIGURE 31 h)
Aulocera pumilus melanoleuca Sakai, Aoki & Yamaguchi, 2001: 55 , Figs. 46–49, 77d. TL: Kakarbo Razi (4,000m), Kachin, Myanmar; Shizuya, Watanabe, Saito & Soe, 2005: 40, 44, fig.
Paroeneis palaearcticus atuntsensis (partim): H. Huang, 2001: 97, figs. 89, 92, pl. VIII: 60.
Aulocera atunsensis [sic] melanoleuca : Lang, 2019: 147.
Aulocera pygmaea melanoleuca : Lang, 2021: 23; Lang, 2022: 121.
Aulocera pygmaea atuntsensis (partim): Lang, 2021: 23; Lang, 2022: 121, pl. XI, figs. 20, 21.
Material examined. 1 ♂, China: Tibet, Zayu, E. of Demu-la Pass , 12.VIII.2017, leg. H. Huang, ex. H. Huang ( LSY); 1 ♀ , ditto, Demu-la Pass , 12.VIII.2000, leg. H. Huang, ex. H. Huang ( LSY) .
Diagnosis. Aulocera melanoleuca stat. nov. can be separated from its closest relative, A. atuntsensis , by the combination of the following characters: 1) in the male, on the forewing upperside, the white postdiscal spots are always shorter; 2) on the hindwing upperside, the white discal spot in space 5 is more protruding towards the termen; 3) the androconia ( Fig. 31h View FIGURE 31 ) are obviously shorter; 4) the valva ( Fig. 30i View FIGURE 30 ) has its distal half broader; 5) in the female, the discal spots on the upperside of both wings are narrower and loosely arranged.
Remarks. Although the population of melanoleuca from the type locality has not been examined, Sakai et al. (2001) illustrated its androconia which are obviously shorter than those of the type series of atuntsensis , while the androconia of melanoleuca illustrated by Sakai et al. (2001) are identical in the overall length to those from Demu-la Pass (in Zayu, Tibet). Even though Huang (2001) and Lang (2021, 2022) all treated the population from Demu-la Pass as the taxon atuntsensis , the Tibetan population can be easily separated from the true A. atuntsensis by the characters given in the diagnosis above. Moreover, Demu-la Pass is close to Kakarbo Razi, N. Kachin, the type locality of melanoleuca , and the distance is only about 110 km. Therefore, it is reasonable to treat the populations from N. Kachin, N. Myanmer and Demu-la, S.E. Tibet as conspecific. Since this taxon is also quite different in regards of the androconia ( Fig. 31h View FIGURE 31 ) from A. pygmaea ( Fig. 31f View FIGURE 31 ), it is upgraded to specific level, viz. A. melanoleuca stat. nov. Moreover, it is worth mentioning that androconium of A. pumilus ( Figs. 21, 22 View FIGURES 21–27 , 30j View FIGURE 30 ) is not found from its wings.
Distribution. China (S.E. Tibet), Myanmar (N. Kachin).
No known copyright restrictions apply. See Agosti, D., Egloff, W., 2009. Taxonomic information exchange and copyright: the Plazi approach. BMC Research Notes 2009, 2:53 for further explanation.
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Aulocera melanoleuca Sakai, Aoki & Yamaguchi, 2001
Lang, Song-Yun & Huang, Si-Yao 2023 |
Aulocera pygmaea melanoleuca
Lang, S. Y. 2022: 121 |
Lang, S. Y. 2021: 23 |
Aulocera pygmaea atuntsensis
Lang, S. Y. 2022: 121 |
Lang, S. Y. 2021: 23 |
Aulocera atunsensis [sic] melanoleuca
Lang, S. Y. 2019: 147 |
Aulocera pumilus melanoleuca
Shizuya, H. & Watanabe, Y. & Saito, M. & Soe, T. 2005: 40 |
Sakai, S. & Aoki, T. & Yamaguchi, S. 2001: 55 |
Paroeneis palaearcticus atuntsensis
Huang, H. 2001: 97 |