Liriomyza bryoniae (Kaltenbach)
publication ID |
https://doi.org/ 10.11646/zootaxa.5014.1.1 |
publication LSID |
lsid:zoobank.org:pub:63EEF5A6-EAE0-438F-87BC-AF5806BD3641 |
DOI |
https://doi.org/10.5281/zenodo.5162393 |
persistent identifier |
https://treatment.plazi.org/id/D2619A43-FFC9-2A53-49DB-A7CFFC56FE72 |
treatment provided by |
Plazi |
scientific name |
Liriomyza bryoniae (Kaltenbach) |
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Liriomyza bryoniae (Kaltenbach) View in CoL
( Figs. 138–142 View FIGURES 138–149 , 470–474 View FIGURES 470–474 )
Material examined: Ukraine: Vinnytsa Region: near Olhopil, location Lizvora , 48°07’N, 29°39’E, 15.vii.2019, Yu. Guglya, ex Gypsophyla paniculata (1♂ 2 puparia) GoogleMaps ; same locality, 12–22.vii.2019, Yu. Guglya, ex Verbascum densiflorum (4♂ 10♀) GoogleMaps ; Kharkiv Region: Kharkiv, City Centre , 50°00’N, 36°14’E, 30.vii.2012, Yu. Guglya, ex Solanum lycopersicum (1♂) GoogleMaps ; same locality, 5–7.vii.2010, 7.viii.2011, Yu. Guglya, ex Erysimum cheiranthoides (3♂ 7♀) GoogleMaps ; same locality, 4, 8.viii.2020, Yu. Guglya, ex Ajuga reptans (2♂ 1♀) GoogleMaps ; same locality, 30.vi and 1.vii.2020, Yu. Guglya, ex Senecio jacobeae (4♂ 1♀) GoogleMaps ; near Kovpakivka , 49°09’N, 35°01’E, 5–6.vii.2010, Yu. Guglya, ex Inula sp. (1♂ 4♀) GoogleMaps ; near Petrivske , 49°10’N, 36°58’E, 30.vi.2019, Yu. Guglya, ex Rorippa sp. (1♀) GoogleMaps ; Luhansk Region: Nyzhne , 48°46’N, 38°39’E, xii.2010, Yu. Guglya, ex Achillea sp. (1♂ 1♀) GoogleMaps .
Hosts. Highly polyphagous species, recorded from 112 genera in 30 plant families ( Papp & Černý 2017).
Mine. ( Fig. 138, 139 View FIGURES 138–149 ) Normally the larva forms an irregular linear leaf mine. When the leaf is too small (as in Gypsophila paniculata ) the larva can move into the stem, making a linear external mine. Pupation takes place outside the mine.
Puparium. ( Figs. 140–142 View FIGURES 138–149 ) Yellow, translucent, glossy, 1.9 mm long, with distinct segmentation; surface quite smooth except for narrow spine bands. Posterior spiracles set on wide, short conical protuberances that are entirely separate; brown, with six sessile bulbs arranged in semicircle. Anal plate brown, scarcely protruding above the surface of the puparium viewed from the side and directed ventrally.
Cephalopharyngeal skeleton. ( Fig. 470 View FIGURES 470–474 ) Right mouthhook much larger than the left, each bearing two accessory teeth. Intermediate sclerite massive, 1.1× as long as maximum height of left mouthhook. The mouthhook, the intermediate sclerite centrally and anterior portion of the pharyngeal sclerite are strongly sclerotized; the intermediate sclerite dorsally and ventrally, and dorsal and ventral cornua are much less so. Indentation index 84.
Female head. ( Figs. 471, 472 View FIGURES 470–474 ) Yellowish-orange, with only arista, oc tr and hind margin of eye black; orbit distinctly projecting above eye in profile; 2 orb s, 2 fr s; lunule narrowing posteriorly, reaching the level of the anterior fr s; pped large, rounded; gena medially 0.33× as high as maximum height of eye.
Thorax viewed from the side. ( Fig. 473 View FIGURES 470–474 ) Mostly bright yellow, with kepst in ventral two-thirds, posterior half of mr and anatg posteriorly black; pprn dorsally, anepist ventrally, anepm medially, anatg anteriorly and mtkepst are blackish. Calypter and fringe dark yellow, margin brown. Cx 1 and cx 3 only with narrow blackish spots proximally.
Female genitalia. ( Fig. 474 View FIGURES 470–474 ) Ventral portion of the posterior part of the oviscape is less sclerotized medially. Capsule of spermatheca of medium size, the largest one 0.38× as high as height of anterior part of oviscape. Spermathecae unequal in size, dark brown, obovate, flattened basally, 1.35× as high as maximum width. Spermathecal duct well sclerotized immediately behind spermatheca base for a distance 1.5× as long as height of spermatheca. Proctiger see in Sasakawa (1961: Fig. 73 h View FIGURES 67–74 ).
Distribution. Palaearctic and Oriental Regions. Reported from the most countries of Europe including Turkey; Moroco, Egypt; Israel, Iraq, the Western Syberia of Russia, Turkmenistan, Nepal, India, China, Vietnam, Korea, Japan ( EPPO 2021). In Ukraine seems to be common and widespread.
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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