Bracon (Habrobracon) nigricans ( Szepligeti , 1901)
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https://dx.doi.org/10.3897/jhr.83.63353 |
publication LSID |
lsid:zoobank.org:pub:3F3A83D4-9079-476E-AE59-FCE2E7EFEABF |
persistent identifier |
https://treatment.plazi.org/id/7D2CEDB8-77F7-51DC-ACF3-910C31C7C795 |
treatment provided by |
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scientific name |
Bracon (Habrobracon) nigricans ( Szepligeti , 1901) |
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Bracon (Habrobracon) nigricans ( Szepligeti, 1901)
Fig. A7 View Figures A5–A8
Material.
South Korea (2 females, 1 male). - Gyeonggi-do • 1 female; Suwon-si, [38] Gwonseon-gu, Seodun-dong ; 12 May 1983; Y.I. Lee leg.; NIBR 568 . - Gyeongsangbuk-do • 1 female ; Gyeongju-si, [48] Hyeongok-myeon, Geumjang-ri , Bridge Geumjang ; 20 Jun. 1992; D.-S. Ku leg.; ZISP 567 . - Chungcheongnam-do • 1 male ; Geumsan-gun, [53] Chubu-myeon, Seongdang-ri , Gaedeoksa Temple ; 22 May 1993; D.-S. Ku leg.; SMNE 569 .
Additional material.
China - Qinghai • 2 females (lectotype and paralectotype of Habrobracon mongolicus Telenga, 1936); Eastern Tsaidam, Keluke Lake, Bayingoule River ; 21 May 1895; V.I. Roborovsky and P.K. Kozlov leg.; ZISP • 2 females (paralectotypes of H. mongolicus Telenga); same data as for preceding; 28 May 1895; ZISP .
Hungary • 1 male (lectotype of Habrobracon nigricans Szépligeti, 1901); Budapest; 5 Jul. 1899; HNHM Hym.Typ.No. 995 .
Distribution.
Caucasus. Central Asia. China: Fujian, Ningxia Hui, Qinghai ( Samartsev 2019), Shaanxi, Xinjiang. Europe: Eastern, Northern, Southern, and Western Europe. Iran. Kazakhstan. Mongolia. North Africa: Tunisia. Russia: Eastern Siberia: Tyva Republic ( Samartsev 2019); European part; Far East: Chukotka Autonomous Area ( Samartsev 2019), Khabarovsk Territory, Primorskiy Territory, Sakhalin Island; Ural ( Kostromina 2010). South Korea (new record). Turkey.
Description.
Female. Fore wing length 2.5-2.6 mm. Width of head (dorsal view) 1.8-1.9 × its median length. Transverse diameter of eye (dorsal view) 1.5-2.0 × longer than temple. OOL 3.0-3.6 × Od; POL 1.9-2.1 × Od; OOL 1.6-1.7 × POL. Longitudinal diameter of eye (lateral view) 1.6 × larger than its transverse diameter; hind margins of eye and temple broadened downwards. Face width ca. 1.7 × combined height of face and clypeus. Longitudinal diameter of eye 2.4-2.7 × longer than malar space (anterior view). Malar suture absent. Width of hypoclypeal depression about 1.4 × distance from depression to eye. Antenna 0.70-0.85 × as long as fore wing, with 21-23 antennomeres. First, middle and penultimate flagellomeres 1.8-2.0 ×, 1.6-1.8 ×, and 1.5 × longer than wide, respectively. Mesosoma 1.4-1.5 × longer than its maximum height. Mesoscutum evenly setose. Notauli not impressed. Fore wing vein r arising from basal 0.47-0.50 × of pterostigma; vein 1-R1 1.3 × longer than pterostigma; marginal cell 1.5-2.1 × longer than distance from its apex to apex of wing; vein 3-SR 0.75-0.90 × vein r, 0.25-0.30 × vein SR1, 0.73-0.88 × vein 2-SR. Hind femur 3.8-3.9 × longer than wide. Fifth segment of hind tarsus 0.5 × as long as hind basitarsus, about 0.75 × as long as second segment. Claws with small rectangular basal lobe. First metasomal tergite without dorsal and dorsolateral carinae, its median length 0.9 × its apical width. Second metasomal tergite without median area and dorsolateral impressions; medially 1.1 × longer than third tergite; its basal width about 1.8 × its median length. Ovipositor sheath about 0.9 × as long as hind tibia, about 0.3 × as long as fore wing. Apex of ovipositor with developed nodus and ventral serration. Body mostly granulate, second metasomal tergite medially rugulose-punctate. Body mainly brownish black with reddish yellow to yellowish brown maxillary palp, tegula, pattern on legs, patches along eye and on latero-posterior corners of second metasomal tergite; wing membrane weakly darkened, pterostigma and veins yellowish brown.
Diagnosis.
The diagnosis of the species and its taxonomic literature were presented by Samartsev (2019: 62).
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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