Lampromicra aerea DISTANT 1892

Gerry Cassis & Loren Vanags, 2006, Jewel Bugs of Australia (Insecta, Heteroptera, Scutelleridae), Denisia 19, pp. 275-398 : 371-374

publication ID

https://doi.org/ 10.5281/zenodo.12996779

DOI

https://doi.org/10.5281/zenodo.13715242

persistent identifier

https://treatment.plazi.org/id/0380878F-FFDF-FFFE-FDAB-FFE2C1A9FA62

treatment provided by

Luisschmitz

scientific name

Lampromicra aerea DISTANT 1892
status

 

Lampromicra aerea DISTANT 1892 ( Figs 21f View Fig , 28c View Fig , 40 View Fig , 41 View Fig , Table 8 View Table 8 ) Revised Status

PHilia aerea DISTANT 1892: 96 (n.sp.); SCHOUTEDEN 1904: 29 (list) PHilia compacta BREDDIN 1903: 57 (n.sp.); SCHOUTEDEN 1904: 29 (synonymy) Lampromicra aerea : KIRKALDY 1909: 299 (new combination); MCDONALD 1963: 26 (male genitalia); MCDONALD & CASSIS 1984: 556 (as junior synonym of Lampromicra senator ); CASSIS & GROSS 2002: 597 (catalogue; as junior synonym of Lampromicra senator )

Diagnosis: Lampromicra aerea is recognised by the following combination of characters: dorsum iridescent copper-fuscous ( Fig. 28c View Fig ); femora red; abdominal venter fuscous, with lateral regions red (inner margin of stripe linear) ( Fig. 21f View Fig ); dorsum setose ( Fig. 28c View Fig ); anterior callosite region of scutellum punctate ( Fig. 28c View Fig ); and, CAII dorsal branch with hooked, denticulate lobal sclerite ( Figs 40c, d View Fig ).

Description: Moderate size species, males 11.0-12.17 mm, females 11.0-11.5 mm.

Colouration. Dorsum uniformly copper-fuscous, often with purple iridescence ( Fig. 28c View Fig ); eyes and ocelli red; antennae fuscous; labium mostly fuscous, with LI burnt-orange highlighting. Thoracic pleura and sterna uniformly black. Legs: coxae and trochanters burnt-orange with dusty black highlighting; femora red; tibiae mostly fuscous with narrow basal red annulation; tarsi black. Pregenital Abdomen: venter mostly fuscous, with region lateral to spiracular-trichobothrial region red, sometimes orange-red, inner margin of stripe linear ( Fig. 21f View Fig ).

Vestiture. Body with dense distribution of elongate, fine, erect setae ( Fig. 28c View Fig ).

Texture. Body with dense distribution of shallow punctures. Pronotum: indistinct rows of deeper punctures on anterior and posterior margins of callosite region ( Fig. 28c View Fig ). Scutellum: anterior callosite region punctate; lateral margins weakly rugopunctate. Abdominal Venter: region lateral of spiracular-trichobothrial region rugopunctate ( Fig. 21f View Fig ).

Structure. Antennae: AI and AII(a) subequal in length, AI little longer in females; AIV longest segment. Labium: ex-tending to junction of abdominal sterna III/IV. Pronotal width broader than 1/2 body length. Head: weakly convex; broad. Male Genitalia: pygophore with broad setal patch on dorsal margin of genital opening ( Fig. 40a View Fig ); parameres with short hook-shaped apex ( Fig. 40b View Fig ); phallotheca with moderately large subapical thornlike processes ( Fig. 40b View Fig ); ejaculatory apparatus with prominent ventral conducting canals, up to 10 convolutions ( Figs 40c, d View Fig ); ejaculatory reservoir elongate ( Fig. 40c View Fig ); dorsal conducting canal broad; ductus seminis distalis and vesica Sshaped, extending to apex of conjunctival appendages in resting position ( Figs 40c, d View Fig ); CAI absent ( Figs 40c, d View Fig ); CAII(M) with conical lobal sclerite ( Figs 40c, d View Fig ); CAII(L) membraneous, with large hook-shaped, denticulate lobal sclerite ( Figs 40c, d View Fig ); CAIII arcuate, heavily sclerotised, separated post-thecal margin ( Fig. 40d View Fig ). Female Genitalia: paratergites VIII small, subtriangular; paratergites IX small, subelliptical; outer surface of gonocoxae I weakly concave. Spermatheca: fecundation canal elongate; reservoir, large, oval; pump well-developed.

Measurements. See Table 1 View Table 1 .

Type material examined: PHilia aerea DISTANT : Holotype, ♀, ‘ Sidney’, ‘B.M. Hem. Type No. 456’, ‘Dist. Coll. 1911-383’ ( BMNH) .

Other material examined: New South Wales: 1♂, Woody Head, near Iluka , 31 December 1978, BJ Day, ex rainforest ( AM) ; 1♀, 3 km NE Harrington, 30 November 1987, G Williams, ex littoral rainforest ( AM) ; 1♀, Coory, P Cantwell, 7 January 1983 ( AM) ; 1♂, Mooney Mooney Creek, near Gosford , 10-11 November 1982, B Day & K Khoo ( AM) ; 1♀, 17 km N Macksville , 4-xii-1948 ( BMNH) ; 1♀, Cabramatta, George’s River Valley , 5-30-I-1963, M Nikitin, B.M. 1963-283, on flowers of Bursaria spinosa ( BMNH) ; 1♂, Sydney, x-1904, AP Dodd, ‘H65’, B.M. 1923-124 ( BMNH) ; 1♀, Nowra , FA Rockway, B.M. 1929- 45 ( BMNH) ; 1♀, Hornsby, 19-xi-1969, MI Nikitin ( BMNH) ; 1♀, Lane Cove , 23-x-1958, B.M. 1964-57 ( BMNH) ; 1♂, Cabramatta, George’s River Valley , MI Nikitin, B.M. 1962- 347, ex Kunzea ambigua ( BMNH) .

Distribution: Lampromicra aerea is known primarily from the Sydney Basin, with its most northern limit near Iluka on the Northern Rivers of New South Wales, and extends as far south as Narooma ( Fig. 41 View Fig ).

Host plants and biology: Lampromicra aerea is not common in collections, and nothing is known of its biology. Single specimens have been collected on two shrublike plants ( Table 1 View Table 1 ).

Remarks: MCDONALD & CASSIS (1984) in erecting a new synonymy, regarded L. aerea as a geographically isolated colour morph of the ubiquitous L. senator . Our examination of the same material, re-establishes the species status of L. aerea , on the basis of its ground colour ( Fig. 28c View Fig ), red femora, and colouration of the abdominal venter ( Fig. 21f View Fig ), as well as the shape of the lobal sclerite of CAII(L) ( Figs 40c, d View Fig ).

BMNH

United Kingdom, London, The Natural History Museum [formerly British Museum (Natural History)]

Kingdom

Animalia

Phylum

Arthropoda

Class

Insecta

Order

Hemiptera

Family

Scutelleridae

Genus

Lampromicra

Loc

Lampromicra aerea DISTANT 1892

Gerry Cassis & Loren Vanags 2006
2006
Loc

PHilia compacta

BREDDIN 1903: 57
1903
Loc

PHilia aerea

DISTANT 1892: 96
1892
Loc

Lampromicra aerea

DISTANT 1892
1892
GBIF Dataset (for parent article) Darwin Core Archive (for parent article) View in SIBiLS Plain XML RDF