Neoperla moae Zeng, Huo & Du, 2024
publication ID |
https://doi.org/ 10.11646/zootaxa.5493.1.5 |
publication LSID |
lsid:zoobank.org:pub:FDC836CF-A45B-4F3F-9861-D93BDD486A6B |
DOI |
https://doi.org/10.5281/zenodo.13269271 |
persistent identifier |
https://treatment.plazi.org/id/039D184C-D743-9F6D-1CE2-FC32D4E195D5 |
treatment provided by |
Plazi |
scientific name |
Neoperla moae Zeng, Huo & Du |
status |
sp. nov. |
Neoperla moae Zeng, Huo & Du , sp. nov. (DZaedzm¨)
Neoperla minor, Mo et al., 2020b: 372 View in CoL (misidentification).
Adult habitus. The description is modified from Mo et al. (2020b). General body color brown ( Fig. 5A View FIGURE 5 ). Head pale brown, with a small oval dark brown marking covering ocelli and a yellow triangular stigma in front of obscure M-line; head slightly wider than pronotum. Pronotum pale brown except darker lateral margins and medial portion, rectangular, with obscure brown rugosities; anterior corners angular, posterior corners obtuse. Wing membrane brownish, veins brown; legs brown except basal femora paler. Abdominal segments and cerci pale brown.
Male. Forewing length 10.9 mm; hindwing 9.3 mm. (n = 1) The posterior margin of tergum 7 with a raised process densely covered with sensilla basiconica ( Fig. 5B–C View FIGURE 5 ). Tergum 8 bears a recurved tongue-like process with small spines at the distal margin. Tergum 9 simple without sensilla patch. Hemitergal processes of tergum 10 sclerotized, short, slightly up-curved medially.
Aedeagal tube long, slender, well sclerotized but lesser ventrally, ventroapically with a slender subapically bifurcate Y-lobe which arms with tiny spines at apex and about half as long as stalk of Y-lobe ( Fig. 6A–C View FIGURE 6 ). Endophallus shorter than tube, and strongly curved ventrad forming an open loop; tiny spinules occur almost on the entire surfaces except basal portion and outer surface of apical half bald, while apical spinules stronger, and a patch of long spines located in outer margin of median half ( Fig. 6B View FIGURE 6 ).
Female, egg, and nymph. Unknown.
Diagnosis. Aedeagal tube long, slender, well sclerotized but less sclerotized ventrally, ventroapically with a slender subapically bifurcate Y-lobe which arms with tiny spines at apex and about half as long as stalk of Y-lobe. tiny spinules occur almost on the entire surfaces except basal portion and outer surface of apical half bald, while apical spinules stronger, and a patch of long spines located in outer margin of median half (Mo et al., 2020).
Etymology. The species is named after Dr. Rao-Rao Mo, our colleague who first published the description and figures of this species.
Type materials. Monotype male ( ICYZU), China: Zhejiang Province, Hangzhou City, Mt. West Tianmushan , 8–10.VII.2023, leg. Li Peng.
Distribution. China (Zhejiang).
Remarks. The aedeagus of N. moae sp. nov. is most similar to N. minor and N. muranyii Yang, Zhang & Li, 2017 . The shape of the 7 th tergal process of the new species is transverse rectangular, but the process of N. minor is broadly round ( Fig. 7 View FIGURE 7 ). In addition, the aedeagal Y-shaped lobes of N. moae sp. nov. have more spiny apices; the endophallus is mostly covered with tiny spinules except basal half and a patch of long spines on outer surface of median half without hook-like apex. However, in N. minor , arms of Y-lobe longer than the stalk. Endophallus is shorter than the tube and covered with spines. In N. muranyii , arms of Y-lobe are apically naked; endophallus naked on its basal 2⁄3 and lacking a cluster of long spines located in outer margin of median half with a hook-like apex.
This new species has incomplete sclerotization of the slender aedeagal tube in ventral aspect; the endophallus is ventrally curved in an open loop and an elongate Y-lobe on the tube bifurcated subapically ( Mo et al., 2020b). We herein assign N. moae sp. nov. to the Neoperla (Formosita) anjiensis –group ( Zwick, 2023).
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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Neoperla moae Zeng, Huo & Du
Zeng, Liang-Liang, Huo, Qing-Bo & Du, Yu-Zhou 2024 |
Neoperla minor
Mo, R. R. & Liu, R. J. & Li, W. H. & Shi, M. W. 2020: 372 |