Melanabropsis Wang & Liu 2020
Genus Melanabropsis Wang & Liu, 2020 Type species: Melanabropsis tianmuica Wang & Liu Key to known species of Melanabropsis 1 Tegmina and hind wings macropterous.................................................................... 2 - Tegmina micropterous; hind wings small or absent........................................................... 4 2 Male paraporcts densely setose on the inner side near the apex...................... Melanabropsis nightfury Yin, 2024 - Male paraprocts sparsely and evenly setose on the inner side near the apex........................................ 3 3 Body size larger, male body length with tegmen 34mm; styli almost as long as subgenital plate............................................................................................... Melanabropsis guizhouensis sp. nov. - Body size smaller, male body length with tegmen 28–30mm; styli shorter than subgenital plate................................................................................................ Melanabropsis formosensis sp. nov. 4 Tegmina veins absent, about a quarter of mesonotum in length; hind wings absent................................................................................................... Melanabropsis tianmuica Wang & Liu, 2020 - Tegmina veins developed; hind wings small but present....................................................... 5 5 Tegmina not reaching the posterior margin of mesonotum.................... Melanabropsis yanbarensis (Ôshiro, 1995) - Tegmina extending beyond the posterior margin of mesonotum................................................. 6 6 Tegmina reaching distal part of metanotum....................... Melanabropsis genetrix (Sugimoto & Ichikawa, 1998) - Tegmina reaching proximal part of metanotum................. Melanabropsis murayamai (Sugimoto & Ichikawa, 1998)
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2024-11-19
- DOI
- https://doi.org/10.5281/zenodo.14269377
- Primary Topic
- Ion Channels and Receptors
- Type
- article
- Field-Weighted Citation Impact
- 0.00