Osoriellus macrops, Irmler, 2014
publication ID |
https://doi.org/ 10.21248/contrib.entomol.64.2.231-354 |
DOI |
https://doi.org/10.5281/zenodo.5461422 |
persistent identifier |
https://treatment.plazi.org/id/E01A87D0-FFDA-FFD3-4DEA-FF1DFB28FD06 |
treatment provided by |
Felipe |
scientific name |
Osoriellus macrops |
status |
sp. nov. |
Osoriellus macrops View in CoL n. sp.
( Figs 35 View Fig A-C, 41E)
Type material: Holotype, male: Brazil: Amazonas, Reserva Ducke (59°55'W, 2°52'S), 26 km NE Manaus, flight intercept trap, 1995-1996 ( BMNH). GoogleMaps
Paratype: Brazil: Amazonas, Manaus, female, 26.10.1955, leg. Elias & Roppa ( UIC) .
Diagnosis: The species mostly resembles O. solidus and can be hardly differentiated from that species. In contrast to O. solidus , the microsculpture of the posterior tergites is dense and distinct and the surface is matt. Additionally, remains of isodiametric microsculpture are found on the pronotum in O. macrops , but not in O. solidus .
Description: Length: 7.0 mm. Colouration: Black; legs and antennae brown.
Head: 0.91 mm long, 1.59 mm wide; eyes thick and distinctly prominent; approximately 1.5 times as long as temples; sides of fore-head narrowed to anterior angles in deep sinuate curve; anterior edge of clypeus even; punctation coarse and moderately dense; large punctures without setae, except few punctures on clypeus, two on vertex and few on supraocular area; partly coriaceous; interstices between punctures irregularly wide; on average, much smaller than diameter of punctures; without impunctate midline; close to neck with narrow transverse impunctate area; without microsculpture; surface shiny.
Antennae slightly shorter than head and half of pronotum combined; second antennomere oval; slightly thicker and longer than conical third antennomere; following antennomeres increasing in width; fourth antennomere slightly longer than wide, fifth quadrate and following antennomeres slightly wider than long.
Pronotum: 1.42 mm long, 1.67 mm wide; widest at anterior angles; anterior angles rectangular; sides narrowed to posterior angles in even slightly convex curve; posterior angles obtuse; smoothly rounded; lateral margin fine in anterior half; slightly widened to posterior angles; in dorsal aspect, covered close to anterior angles; punctation coarse and moderately dense; without setae; impunctate midline in anterior half extremely narrow; in posterior half slightly wider; on average, interstices between punctures slightly shorter than diameter of punctures; between coarse punctation with dense micro-punctation; isodiametric microsculpture weak; hardly visible; surface shiny.
Elytra: 1.77 mm long, 1.76 mm wide; shoulders obtuse, but nearly rectangular; sides slightly widened to posterior third; punctation approximately as dense and coarse as on pronotum; without setae; coriaceous ground-sculpture weak; less deep than punctures.
Abdomen with dense and moderately deep punctation; punctures without setae; punctation on distal tergites denser than on apical tergites; punctures on tergites VII and VIII elongate; microsculpture on apical tergites netlike and weak; microsculpture on tergites VII and VIII densely elongate and deep; apical tergites shiny; distal tergites matt.
Protibia: 0.79 mm long, 0.28 mm wide; outer edge with 9 spines; apical spines on long digits; WLR: 0.49; in posterior aspect, comb of inner emargination totally visible; posterior face sparsely covered by long yellow setae; on average, setae half as long as protibial width or slightly longer.
Aedeagus with long and slender apical lobe; apical lobe much longer than basal lobe; ending in shortly rounded apex; inner edge of apical lobe with sparse row of sensillae.
Etymology: The specific name is a combination of the epithet macro meaning large and ops meaning eye and refers to the large eyes of the species.
BMNH |
United Kingdom, London, The Natural History Museum [formerly British Museum (Natural History)] |
UIC |
UIC |
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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