Neobelocera russa, Yang & Chen, 2020
publication ID |
https://doi.org/ 10.5852/ejt.2020.641 |
publication LSID |
lsid:zoobank.org:pub:33894EF8-8138-40D6-95F1-6D0377DEE2DA |
DOI |
https://doi.org/10.5281/zenodo.3818890 |
persistent identifier |
https://treatment.plazi.org/id/9D61BFF2-91B3-4BF5-92C4-DBB1C5E5ED8E |
taxon LSID |
lsid:zoobank.org:act:9D61BFF2-91B3-4BF5-92C4-DBB1C5E5ED8E |
treatment provided by |
Valdenar |
scientific name |
Neobelocera russa |
status |
sp. nov. |
Neobelocera russa sp. nov.
urn:lsid:zoobank.org:act:9D61BFF2-91B3-4BF5-92C4-DBB1C5E5ED8E
Diagnosis
The salient features of the new species include the following: frons brown, except broad transversal stripe between ocelli and narrow stripe at apex yellowish white, along near apex of median carina with several short transversal stripes, yellowish white ( Fig. 3E View Fig ); genae with 2–3 light brown spots ( Fig. 3E View Fig ); antennal segment I subsagittate, markedly flattened, with median longitudinal carina, the ventral apical angle longer than dorsal apical angle ( Fig. 4B View Fig ); ventral margin of pygofer with 3 medioventral processes short, median one slightly longer than lateral ones ( Fig. 4D View Fig ); genital styles swollen subapically ( Fig. 4H View Fig ).
Etymology
The species epithet is derived from the Latin word ‘ russa ’, referring to the body with rust color.
Type material
Holotype
CHINA • ♂; Guizhou Province, Suiyang County; 27°57′ N, 107°10′ E; 16 Aug. 2010; J.K. Long leg.; on bamboo; GUGC-FS-TN-20100801 .
GoogleMapsParatypes
CHINA • 3 ♂♂; same collection data as for holotype; GUGC-FS-TN-20100802 to 20100804 .
GoogleMapsDescription
MEASUREMENTS. Body length including forewing: male 4.0– 4.3 mm (N = 3); forewing length: male 3.6–3.7 mm (N = 3).
COLORATION. General coloration dark yellowish brown ( Fig. 3 View Fig A–F). Vertex, pronotum, mesonotum dirty yellowish brown, except Y-shaped carina of vertex, all carinae of pronotum and mesonotum yellowish white ( Fig. 3C View Fig ). Frons and genae brown, except broad transversal stripe below level of lower margin of eyes and narrow stripe of apex yellowish white, along near apex of median carina of frons and inner margin of lateral carinae of genae with several short transversal stripes, yellowish white. Clypeus yellowish brown to brown ( Fig. 3E View Fig ). Eyes dirty yellowish brown. Ocelli reddish brown. Antennae brown, except lateral margins of first segment yellowish white ( Fig. 3E View Fig ). Legs yellowish white, with dark brown maculations. Forewing light yellowish white, almost hyaline, basal part near costal margin with big infuscate markings, and apical part from transverse veins to apex with dark brown markings, veins with white spots ( Fig. 3F View Fig ). Wings hyaline with veins dark brown.
HEAD AND THORAX. Head including eyes almost as wide as pronotum ( Fig. 4A View Fig ). Vertex wider at base than long medially about 2.57: 1 ( Fig. 4A View Fig ). Frons in middle line longer than wide at widest part about 1.74: 1, widest above level of lower margin of eyes. Postclypeus at base almost as wide as frons at apex ( Fig. 4B View Fig ). Antennae with first segment shorter than second segment about 0.65: 1, second segment cylindrical, longer than wide about 2.80: 1 ( Fig. 4B View Fig ). Pronotum subequal to vertex medially. Mesonotum longer than vertex and pronotum combined about 2.25: 1 ( Fig. 4A View Fig ). Forewing longer in middle line than wide at widest part about 3.25: 1 ( Fig. 4C View Fig ).
MALE GENITALIA. Anal segment small, ring-like ( Fig. 4D View Fig ). Pygofer in profile much longer ventrally than dorsally ( Fig. 4E View Fig ), in posterior view with opening longer than wide, ventral margin with three medioventral processes, median one longer than lateral ones, truncate apically, lateral ones stout, tapering ( Fig. 4D View Fig ). Aedeagus ( Fig. 4 View Fig F–G) with phallobase, phallus tubular, bent ventrad medially, with node at apex, middle dorsal with a spinous process, directed dorsad, apex with 2 long spinous processes. In addition, 2 processes at subapical part of phallus, right one strongly curved. Phallobase slender, tubular, arising from base of aedeagus, running dorsad, then curving caudad, after median part, turned left then ventrad, tapering apically. Genital styles simple, long, reaching to ventral margin of anal segment, swollen subapically ( Fig. 4H View Fig ).
Host plant
Bamboo.
Distribution
China (Guizhou).
Remarks
This new species is assigned to the genus Neobelocera because the antennal segment I is subsagittate, markedly flattened, with a median longitudinal carina, the ventral apical angle longer than dorsal apical angle ( Fig. 4B View Fig ). This species is similar to N. lanpingensis Chen, 2003 in having the body elongate ( Fig. 3 View Fig A–B), forewings long and narrow, apex oblique and tapering, with blackish brown markings, and with white spots or white short stripes at intervals ( Fig. 3F View Fig ), frons with pale transverse band below level of lower margin of eyes ( Fig. 3E View Fig ), male pygofer with medioventral processes ( Fig. 4D View Fig ), phallus with four spinous processes at apex and near apex, phallobase slender and long ( Fig. 4 View Fig F–G). However, it can be distinguished from the latter by the following features: (1) frons ( Fig. 3E View Fig ) along near apex of median carina with several short transversal stripes, yellowish white (in N. lanpingensis , frons without yellowish white transverse stripes subapically); (2) genae ( Fig. 3E View Fig ) with 2–3 light brown spots (in N. lanpingensis , genae without light brown spot); (3) medioventral processes of pygofer ( Fig. 4D View Fig ) with median one longer than lateral ones, truncate apically, lateral ones stout, tapering (in N. lanpingensis , medioventral processes with median one short, tapering, lateral ones very slender, long, sinuate); (4) genital styles ( Fig. 4H View Fig ) swollen subapically (in N. lanpingensis , genital styles tapering apically).
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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