Episcapha (Ephicaspa) lushuiensis, Li, Jing & Ren, Guo-Dong, 2012
publication ID |
https://dx.doi.org/10.3897/zookeys.203.3400 |
persistent identifier |
https://treatment.plazi.org/id/21D86C32-3B56-8A1B-0DAC-0B1BC5D966F2 |
treatment provided by |
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scientific name |
Episcapha (Ephicaspa) lushuiensis |
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sp. n. |
Episcapha (Ephicaspa) lushuiensis ZBK sp. n.
Type material.
Holotype. male, CHINA: Yunnan Province, Lushui County, 25.9667°N, 98.8167°E, 11 May 2004, Zi-Zhong. YANG leg (MHU). Paratypes. 2 males, 8 females, same data as holotype (MHU).
Description.
Body (Fig. 1) strongly elongate, length: 6.5-8.0mm; width: 2.3-3.0mm (bl/bw = 2.59-2.72; average = 2.63); general color black, moderately shining; mouthparts and tarsi brown to reddish brown. Each elytron with 2 orange bands; anterior band extending obliquely from humerus to near the suture, abruptly narrowed in middle, with 3 teeth on anterior border, reaching the base at the humeral angle; posterior band at four fifths length of elytron, extending from the suture to near the lateral border, with 3 teeth at anterior border, with posterior border slightly curved.
Head (Fig. 2) strongly and sparsely punctured on vertex, with ocular lines. Clypeus finely and closely punctured, with anterior border nearly straight, with a fovea on each side of the base. Eyes large, moderately prominent laterally. Antennae (Fig. 3) long, extending a little behind posterior border of pronotum; antennomere III about 1.3 times as long as IV; antennomere VIII slightly wider than VII, about 1.2 times as wide as long; antennomeres IX hemispherical; antennomere X almost asymmetrical triangular; antennomere XI roundly quadrate, slightly constricted in middle; relative lengths of antennomeres II–XI: 8.0: 14.5: 11.5: 12.0: 11.0: 12.0: 10.0: 12.0: 12.0: 15.0. Mentum (Fig. 4) pentagonal, pointed apically, with coarse punctures and setae; submentum roundly and roughly punctured.
Pronotum (Fig. 5) widest at base (pl/pw = 0.72-0.80; average = 0.75); sides almost parallel on posterior half, and slightly narrowing toward apex. Pronotum distinctly punctured on median area, slightly decreasing in size and increasing in density toward lateral areas. Anterior angles roundly projected; posterior angles nearly rectangulate. Prosternum (Fig. 6) strongly and rather closely punctured on the lateral areas, strongly and sparsely punctured on median area, with a longitudinal depression in the middle of base area. Prosternal process dilated apically; strongly emarginated at apical border. prosternal femoral lines convergent anteriorly.
Scutellum broadly pentagonal, finely and sparely punctured.
Elytra widest near base, then gradually narrowing to apex; each elytron with 8 striae; intervals with fine and sparse punctures, which are much finer than those in striae.
Mesoventrites (Fig. 7) finely and sparsely punctured, with an n-shaped depression medially.
Aedeagus (Fig. 8) slightly curved; median lobe narrow, with apex truncate in lateral view; median strut long, about 2.0 times as long as median lobe. Anterior end of internal sac as in Fig. 9.
Female genitalia (Fig. 10) with styli most narrow at base; proctigeral lobe acuminate apically; female spermatheca (Fig. 11) with head almost spindle shaped.
Distribution.
Known only from the type locality (China: Yunnan Province, Lushui County).
Diagnosis.
This new species is closest to Episcapha (Ephicaspa) asahinai Chûjô, 1936 due to similar form and color of the body. The new species can be distinguished from Episcapha (Ephicaspa) asahinai by antennomere III more than 1.8 times as long as II, prosternal femoral lines convergent anteriorly, body beneath with golden pubescence. Episcapha (Ephicaspa) asahinai with antennomere III about 1.5 times as long as II, prosternal femoral lines almost straight and parallel in front of the prosternal cavity, body beneath covered with grayish pubescence.
Etymology.
The specific name derives from the type locality: Lushui County.
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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