Tipula (Vestiplex) zayulensis Alexander, 1963
publication ID |
https://doi.org/ 10.5852/ejt.2021.764.1477 |
publication LSID |
lsid:zoobank.org:pub:8B5799F9-487D-4A9F-BF9F-54ADA06056FF |
DOI |
https://doi.org/10.5281/zenodo.5514493 |
persistent identifier |
https://treatment.plazi.org/id/038487C8-FFA2-FF90-FDB3-FC45FEB1FB03 |
treatment provided by |
Felipe |
scientific name |
Tipula (Vestiplex) zayulensis Alexander, 1963 |
status |
|
Tipula (Vestiplex) zayulensis Alexander, 1963 View in CoL
Figs 30–38 View Figs 30–32 View Figs 33–38
Tipula (Vestiplex) zayulensis Alexander, 1963: 328 View in CoL . Type locality: China: Tibet, Zayul.
Diagnosis
Occipital stripe dark brown, middle wide, anterior part extended to vertex. All sterno-pleurites with dark brown margins. Tergite 9 longitudinally divided into two parts, posterior margin with long setae, and a bridge between them, a pair of angular arms arising from ventral surface of tergite 9. Inner gonostylus with concavity at middle, concavity with many bristles, lower margin of concavity with bristled raise; base of inner gonostylus inward-rolled, enwrapped black and swollen lower beak; upper beak relatively obtuse, slightly recurved.
Material examined
CHINA • 1 ♂; Tibet, Chayu, Longgucun (AE古村); 28°50′44″ N, 97°29′29″ E; 2640 m a.s.l.; 7 Jul. 2015; Shaolin Han leg.; CAU GoogleMaps • 2 ♂♂; Tibet, Chayu, Shuidianqiao (水ΨΚ); 28°39′60″ N, 97°28′07″ E; 2640 m a.s.l.; 12 Jun. 2019; Qicheng Yang leg.; sweeping net; CAU GoogleMaps • 1 ♂; Tibet, Chayu County; 28°39′49″ N, 97°27′52″ E; 2337 m a.s.l.; Jun. 2020; Hui Wang leg.; CAU GoogleMaps .
Redescription
Male
MEASUREMENTS. Body length 18.5 mm, wing length 20.0 mm, antenna length 4.0 mm (n = 3).
HEAD ( Figs 30, 32 View Figs 30–32 ). Mainly yellow. Occipital stripe dark brown, middle wide, anterior part extended to vertex. Rostrum and nasus yellow, nasus long. Setae on head dark brown. Scape yellow, pedicel pale yellow, flagellum yellowish brown. Proboscis and palpus yellowish dark brown.
THORAX ( Figs 30, 32 View Figs 30–32 ). Mainly brownish yellow, heavily gray pruinescence. Pronotum yellowish brown, middle and both side each with brown spot. Prescutum yellowish brown with four brown stripes, all stripes with dark brown margins. Scutum yellowish brown with four dark brown spots. Scutellum yellowish brown with dark brown mid-longitudinal stripe. Mediotergite brown with dark brown midlongitudinal stripe. Thoracic pleuron brownish yellow. All sterno-pleurite with dark brown margins. Setae on thorax yellow. Legs with coxae yellow, femora with dark brown tips; tibiae and tarsi dark brown. Setae on legs dark brown. Wing variegated pale brown; pterostigma brown; petiole of cell m 1 distinctly shorter than discal cell ( Fig. 31 View Figs 30–32 ). Halter with stem yellow, knob greyish black.
ABDOMEN ( Figs 30, 32 View Figs 30–32 ). Mainly yellow. Abdominal tergites each with three stripes, middle stripe brown, bilateral stripes black. Abdominal segments 6–9 dark black. Setae on abdomen brownish yellow.
HYPOPYGIUM ( Figs 33–38 View Figs 33–38 ). Gonocoxite slightly elongated, separated from sternite 9. Tergite 9 longitudinally divided into two parts, posterior margin with long setae, and a bridge between them, a pair of angular arms arising from ventral surface of tergite 9. Sternite 9 with a pair of very short appendages, as shown in figure, with a long seta ( Fig. 35 View Figs 33–38 ), covered by inner gonostylus and not visible in the lateral external view. Outer gonostylus relatively small, posterior margin basally slightly wide ( Fig. 34 View Figs 33–38 ). Inner gonostylus with concavity at middle, concavity with many bristles, lower margin with bristled raise; base of inner gonostylus inward-rolled, enwrapped black and swollen lower beak; upper beak relatively obtuse, slightly recurved ( Fig. 36 View Figs 33–38 ).
Female
Described by Alexander (1963).
Distribution
China: Tibet.
CAU |
China Agricultural University |
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.