Phytomyza veronicicola Hering
publication ID |
https://doi.org/ 10.11646/zootaxa.5014.1.1 |
publication LSID |
lsid:zoobank.org:pub:63EEF5A6-EAE0-438F-87BC-AF5806BD3641 |
persistent identifier |
https://treatment.plazi.org/id/D2619A43-FFA0-2A3B-49DB-A58BFD42F883 |
treatment provided by |
Plazi |
scientific name |
Phytomyza veronicicola Hering |
status |
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Phytomyza veronicicola Hering View in CoL
( Figs. 278–283 View FIGURES 278–286 , 674–679 View FIGURES 673–679 )
Material examined: Ukraine: Kharkiv Region: near Petrivske , 49°10’N, 36°58’E, 17.vi.2019, 17.vi.2020, 3– 16.vii.2020 and 24.vii.2011, Yu. Guglya, ex Veronica longifolia (6♂ 3♀) GoogleMaps ; Sumy Region: Kuzemin, The National Nature Park ”Getmanskyi”, 50°08’N, 34°40’E, 22.v.2010 and 29.v.2011, Yu. Guglya (3♂) GoogleMaps .
Hosts. Plantaginaceae : Veronica L. ( Benavent-Corai et al. 2005).
Mine. The larva initially forms an upper surface secondary blotch mine ( Fig. 278 View FIGURES 278–286 ), later moving to the underside of the leaf and feeding as an epidermal miner ( Fig. 279 View FIGURES 278–286 ). The fully developed mine appears silvery-green from the underside and yellowish from the upper side of the leaf. Pupation takes place within the mine on the underside of the leaf ( Fig. 280 View FIGURES 278–286 ).
Puparium. ( Figs. 281–283 View FIGURES 278–286 ) Beige, translucent, with brown anterior and posterior spiracles, 2.0 mm long, with distinct segmentation; surface finely wrinkled except for wide bands of minute spines. Posterior spiracles set on short, stout, conical protuberances and entirely separate; with 13 sessile bulbs set arranged in an open ring. Anal plate not protruding above the surface of the puparium viewed from the side and directed posteriorly.
Cephalopharyngeal skeleton. ( Fig. 674 View FIGURES 673–679 ) Mouthhooks equal in size, each bearing two accessory teeth. Intermediate sclerite long, slightly curved, with small, sharp protuberance located ventrally; sclerite 1.24× as long as maximum height of mouthhook. The mouthhook and intermediate sclerite are strongly sclerotized and the pharyngeal sclerite much less so. The ventral cornu bears a narrow “closed” window located posteriorly. Indentation index 83.
Female head. ( Figs. 675, 676 View FIGURES 673–679 ) Dark yellow, with only antenna, palpus and postgena black; orbit projecting above eye in profile; 2 orb s, 1 fr s; lunule of medium height, broad, semicircular, not reaching the level of fr s; pped large, rounded; arista distinctly widened only in basal third; gena medially 0.37× as high as maximum height of eye.
Female genitalia. ( Figs. 677–679 View FIGURES 673–679 ) Capsule of spermatheca medium-sized, 0.27× as high as height of anterior part of oviscape. Spermathecae equal in size, dark brown, oval, higher than wide, with surface corrugated. Internal duct invagination trapezoid, 0.68× as deep as height of spermatheca. Spermathecal duct weakly sclerotized. Ventral receptacle compressed S-shaped, with well sclerotized tail that is bowl-shaped basally. Body of receptacle cylindrical with slightly curved, stout basal connecting tube, strongly sclerotized, 0.3× as wide as capsule of spermatheca; with narrow opening located on high cylindrical projection, 0.75× as wide as maximum diameter of spherical part of body.
Distribution. The Czech Republic, Germany, Hungary, Lithuania, Poland, Switzerland, Turkey ( Papp & Černý 2019). Ukraine (first record).
Comments. Superficially P. veronicicola is similar to P. crassiseta Zetterstedt , which also develops in leaf mines on Veronica species. Spencer (1976) and Papp & Černý (2019) noted a lanceolate arista as a distinctive fea- ture of P. crassiseta , but in specimens from Ukraine only three females have a lanceolate arista and others have only thickened ones, indistinguishable from the basally thickened arista of P. veronicicola . However, in all specimens of P. veronicicola areoles of the frontal setae are yellow and those of the orbital setae are slightly darkened ( Fig. 675 View FIGURES 673–679 ), whereas all P. crassiseta have a black spot at the base of all fronto-orbital setae ( Figs. 673 View FIGURES 673–679 ). Thus, colour of the areole is an additional reliable diagnostic feature.
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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