Tropiorhynchus annandalei Gupta & Chandra, 2017
publication ID |
https://doi.org/ 10.11646/zootaxa.4337.4.3 |
publication LSID |
lsid:zoobank.org:pub:2D4807A5-EAF1-4B93-8833-B3C71BC53A9D |
DOI |
https://doi.org/10.5281/zenodo.6042684 |
persistent identifier |
https://treatment.plazi.org/id/03D987F3-ED4D-FFB5-ADB7-FE7AFC50F9E2 |
treatment provided by |
Plazi |
scientific name |
Tropiorhynchus annandalei Gupta & Chandra |
status |
sp. nov. |
Tropiorhynchus annandalei Gupta & Chandra , new species
( Figs. 4–5 View FIGURES 1 – 4 View FIGURE 5 , 9 View FIGURES 6 – 9 , 13 View FIGURES 10 – 13 , 17 View FIGURES 14 – 17 , 21 View FIGURES 18 – 21 , 31–33, 36, 40, 44, 48, 52, 53)
Type locality. India, Maharashtra state, Pune district, Bhimashankar Wildlife Sanctuary , 19.1319°N, 73.5538°E. GoogleMaps
Type material (7 specimens). Holotype, male: “ India, Maharashtra state, Pune district, Bhimashankar Wildlife Sanctuary , 19.1319°N, 73.5538°E, 1.xi.2012, collected by K. Chandra and Bulganin Mitra ” ( ZSCI registration number: 22708/H4A) GoogleMaps . Paratypes (5 males, 1 female): same data as holotype ( ZSCI registration number: 22709/H4A to 22714/H4A). The specimens bear a red printed label: “ Tropiorhynchus annandalei sp. nov. GoogleMaps , HOLOTYPUS [or PARATYPUS], Devanshu Gupta & Kailash Chandra det. 2016”.
Type depository. All the type specimens are deposited in the collection of Zoological Survey of India, Kolkata ( ZSCI).
Description (holotype, male). Size. Length from clypeus to pygidium: 12.0 mm, width across humeri: 5.4 mm.
Shape. Elongate and parallel sided.
Colour. Head, pronotum, and legs green; pygidium greenish black; elytra yellow with brownish-black markings, elytral suture entirely black. Elytral intervals 1 and 2 with a transverse band in middle and at end, elytral interval 3 brownish black with small yellow area in middle and at base, elytral interval 4 dark brownish black with a yellow strip present after interval 4; lateral sides entirely brownish black; setae white.
Head ( Fig. 9 View FIGURES 6 – 9 ). Surface densely rugose, anterior portion smooth. Clypeus at apex rounded, at mid-disc with longitudinal ridge, not reaching to frontoclypeal suture. Frontoclypeal suture slightly curved in middle; frons rugopunctate, punctures fine at posterior portion; a group of white setae arising near margin of eyes.
Pronotum ( Fig. 13 View FIGURES 10 – 13 ). Surface finely punctate; punctures saucer shaped, fine, not densely packed; edges of punctures near anterior portion not merged. Surface near base medially smooth; anterior angles pointed, posterior angles rounded, lateral sides rounded, side at base weakly sinuate. Posterior margin beaded, bead vanishing medially; a group of setae present at anterior angle, in middle and at posterior angle.
Elytra ( Fig. 17 View FIGURES 14 – 17 ). Striae punctate; intervals convex and smooth, intervals 1 and 2 broad; stria 1 reaching to posterior margin, other striae vanishing before reaching posterior margin.
Scutellum ( Fig. 17 View FIGURES 14 – 17 ). Traingular, broad at tip, surface finely punctate.
Pygidium ( Fig. 21 View FIGURES 18 – 21 ). Strongly arched and convex, medially smooth, laterally rugose.
Venter. Surface densely setose, setae white; mesosternum not produced.
Legs ( Figs. 31–33, 36, 40, 44). Protibiae bidentate, tibial teeth near apex. Longer claw of protarsi and mesotarsi spilt apically (Figs. 36, 40); metatarsal claws simple (Fig. 44); meso- and metatrochanter with sharp tooth ( Figs. 32, 33); tooth on protrochanter absent ( Fig. 31).
Aedeagus ( Figs. 48 View FIGURES 45 – 48 , 52). Parameres nearly straight (in lateral view); apex of parameres blunt, and markedly separated (in frontal view) ( Fig. 48 View FIGURES 45 – 48 ); ventral plate nearly straight without a raised lamina in middle; apex of ventral plate without a hooked process (Fig. 52).
Female (paratype) ( Fig. 53 View FIGURES 53 – 54 ). Differs from male in elytra rather broad, surface yellow, comparatively lessdeveloped elytral markings, legs comparatively short, metafemora broad, metatrochanter with less-developed spines.
Collecting circumstances. Handpicked from grasses ( Fig. 53 View FIGURES 53 – 54 ).
Distribution: Only known from type locality ( Fig. 5 View FIGURE 5 ).
Etymology. The species is named in the honor of Dr. Thomas Nelson Annandale, founder Director of Zoological Survey of India, Kolkata.
Differential diagnosis. Tropiorhynchus annandalei is distinguished by the unique structure of aedeagus, elytral markings, medially smooth and laterally rugose pygidial surface, and tooth on protrochanter nearly absent.
The new species belongs to the genus Tropiorhynchus based on the following set of diagnostic characters: clypeus produced into a truncate rostrum; pronotum broadly transverse, more-or-less setose; pygidium convex; protibiae bidentate, teeth sharp; mesotibiae and metatibiae narrowing slightly towards apex, scarcely spinose; tarsal claws long, slender, and unequal; mesosternum not produced beyond mesocoxae.
The new species is similar to T. podagricus and T. umbrinus as it has a clypeus with a longitudinal ridge in middle; pronotum with setae present only near anterior margin, anterior angles acute, posterior angles blunt, lateral side at posterior margin straight; and mesosternum not produced.
The new species is the only species in the genus in which the ventral plate of the aedeagus is nearly straight and without a hooked process at tip (Fig. 52). The other species of the genus exhibit a ventral plate with a hooked tip (Figs. 49–51). Furthermore, T. orientis exhibits an anteriorly straight ventral plate with a raised lamina in middle and tip with a small pointed hook (Fig. 49). As discussed by Machatschke (1954), the ventral plate in T. podagricus is strongly curved with its tips pointed (Fig. 50) whereas in T. umbrinus , the ventral plate is filamentous, slightly curved with the tip strongly pointed and beak shaped (Fig. 51). See Table 1 for the identification of T. annandalei , T. orientis , T. podagricus , and T. umbrinus .
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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