Coniceromyia stichochaeta, Ament & Kung & Brown, 2020
publication ID |
https://doi.org/ 10.11646/zootaxa.4830.1.1 |
publication LSID |
lsid:zoobank.org:pub:ACC86C86-1A37-47E7-BCC2-736AAECFDFA2 |
DOI |
https://doi.org/10.5281/zenodo.4402791 |
persistent identifier |
https://treatment.plazi.org/id/E5136B2D-186C-9E18-FF4C-6B323320E7FA |
treatment provided by |
Plazi |
scientific name |
Coniceromyia stichochaeta |
status |
sp. nov. |
Coniceromyia stichochaeta View in CoL sp. nov.
( Figs. 7A View FIGURE 7 , 9G View FIGURE 9 , 16A View FIGURE 16 , 22 View FIGURE 22 H–I, 25N, 28F)
Diagnosis (male). Anepisternum dorsally setulose, hind femur with narrow posteroventral band of tiny blunt setulae, left epandrial process with only one discernible process: a subepandrial wall extending from the hypoproct to its apex. This species is similar to C. amazonensis , C. brachypoda , C. dasypoda , and C. hadrochaeta from which it can be differentiated by its hind femur group of setulae of similar thickness and left epandrial process without any dorsal lobes.
Material examined. Holotype ♂, COLOMBIA: Valle de Cauca: PNN Farallones de Cali: Alto Anchicaya , 3.43ºN, 76.80ºW, 16–30.i.2001, Malaise trap, 650m, S. Sarria col. ( IAVH) [LACM ENT 230845] GoogleMaps . Paratypes: 1♂, same data as holotype GoogleMaps ; 1♂, same but 19.xii–2.i.2001; 1♂, same but 18.vii-1.viii.2000; 1♂, same but 19.vi–3.vii.2001; 1♂, same but 17–31.vii.2001; 1♂, Cauca: PNN Gorgona: Antigua Laguna , 2.97ºN, 78.18ºW, 18.i–3.ii.2001, Malaise trap, 70m, H. torres col GoogleMaps .; 1♂, same but Mancora , 3–18.i.2001, 60m ; 1♂, same but Alto el Mirador , 24.iv– 9.v. 2000, 180m ; 1♂, same but Isla Gorgona , 1–5.iii.2000, B. Brown, G. Kung & M. Sharkey col. COSTA RICA: 1♂, Alajuela: 5km W San Ramon , 10.06ºN, 84.5ºW, vii.1997, Malaise trap, 1200m, O. Castro col. GoogleMaps ; 1♂, Cartago: Turrialba , 9.93ºN, 83.67ºW, 15–19.vii.1966, Malaise trap, P. Spangler col. GoogleMaps ; 1♂, Heredia: La Selva Biol. Station , 10.43ºN, 84.02ºW, 1.ix.1993, Malaise trap GoogleMaps ; 1♂, same but 15–21.v.1989, B. Brown & D. Feener col. ECUADOR: 3♂, Pichincha: 47 km S Santo Domingo: Rio Palenque Science Center , 29.iv–5.v.1987, Malaise trap, 180m, B. Brown & L. Coote col.
Description. Male. Body length 2 mm. Head. Frons brown, sparsely setulose, with well-defined median furrow. Flagellomere 1 light brown, conical-elongate. Arista apical, slightly longer than flagellomere 1. Palpus light brown. Gena with two setae. Thorax. Scutum, scutellum, and pleural regions brown; anepisternum dorsally setulose. Legs yellowish-brown. Foretibia with two dorsal setae and anterodorsal row of strong setulae. Foremetatarsus with anterior excavation bearing a row of strong short setulae, anteroapical setulose process, strong curved seta at base of excavation, and strong seta near base of anteroapical process ( Fig. 9G View FIGURE 9 ). Foremetatarsus ratio 0.42. Posterior face of hind femur with narrow basoventral band of tiny blunt setulae ( Fig. 22 View FIGURE 22 H–I). Hind femur height/length ratio 0.37. Hind tibia with one dorsal seta in basal half. Wing ( Fig. 16A View FIGURE 16 ). Costa swollen, 0.4 of the wing length; R 2+3 absent; M 1 concave, curved posteriorly at apex; M 2 approximately straight, CuA 1 -M 2 /M 2 -M 1 ratio 1.7; CuA 1 slightly sinuous. Halter white. Abdomen. Tergites brown. Hypopygium yellowish-brown ( Fig. 25N View FIGURE 25 ). Left epandrial process with only one discernible process: a subepandrial wall extending from the hypoproct to its apex. Margin of right lobe of hypandrium without lateral projection. Two setae on hypoproct.
Distribution. Low and mid-elevation sites from Costa Rica to Western Colombia and Ecuador ( Fig. 28F View FIGURE 28 ).
Etymology. Name derived from the Greek roots stichos (line, row) and chaite (long hair, seta), and refers to the row of strong setulae on the foremetatarsus excavation.
IAVH |
Instituto de Ivestigacion de los Recursos Biologicos Alexander von Humboldt |
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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