Anobrium bicolor Botero and Santos-Silva, 2022

Botero, Juan Pablo & Santos-Silva, Antonio, 2022, New species, synonymy, new records, and taxonomic notes in American Cerambycidae (Coleoptera), Insecta Mundi 2022 (931), pp. 1-22 : 15-19

Anobrium bicolor Botero and Santos-Silva , new species

( Fig. 40–43 )

Anobrium leuconotum ; Morvan and Roguet 2013: 35, fig. 72.

Description. Holotype male. Head capsule, pronotum, sides of prothorax dark brown; antennae, femora (except reddish-brown basal area), tibiae, and tarsi orangish-brown; ventral surface of prothorax dark brown on margins, dark reddish-brown on anterior half of prosternum, mostly reddish-brown on remaining surface; ventral surface of mesothorax dark reddish-brown, except light reddish-brown base of mesoventral process; ventral surface of mesothorax dark reddish-brown, except dark brown central area of metaventrite; scutellum dark reddish-brown; elytra orangish-brown, except brownish triangular circum-scutellar region; ventrites reddish-brown, dark on ventrite 1, gradually lighter toward ventrite 5.

Head. Frons finely, abundantly punctate with coarse punctures interspersed; with abundant yellowishbrown pubescence on superior half not obscuring integument, pubescence distinctly sparser on inferior half, except yellowish-white pubescent band close to eyes; with long, erect yellowish-brown setae close to eyes, a few long, erect whitish setae on wide central area close to antennal tubercles, and a few moderately long, erect yellowish-white setae on remaining surface. Vertex and area behind upper eye lobes coarsely, moderately abundantly punctate; with dense yellowish-brown pubescence laterally, yellowish-white centrally (this latter pubescent area widened toward prothorax); with long, erect yellowish-white setae interspersed throughout. Area behind lower eye lobes with dense yellowish-white pubescence obscuring integument, a few long, erect yellowish-brown setae close to eye, and long, erect, sparse yellowish-white setae interspersed on remaining surface. Genae with abundant yellowish-white pubescence close to eye, glabrous on remaining surface. Gulamentum glabrous, except anterior region with a few long, erect yellowish-brown setae. Wide central area of postclypeus with abundant yellowishwhite pubescence not obscuring integument, sparser and whiter close to frons, and long, erect yellowish-brown setae interspersed; sides of postclypeus glabrous. Labrum convex, coplanar with anteclypeus on posterior quarter, gradually inclined on anterior 3/4; finely, moderately abundantly punctate; with sparse yellowish-white pubescence on posterior 3/4, and long, erect yellowish-brown setae interspersed throughout, erect setae more abundant on anterior half; anterior margin with dense fringe of golden setae. Distance between upper eye lobes 0.28 times distance between outer margins of eyes; in frontal view, distance between lower eye lobes 0.39 times distance between outer margins of eyes. Antennae 1.2 times elytral length, reaching posterior fifth of elytra. Scape, pedicel, and flagellomeres with abundant yellowish-brown pubescence not obscuring integument, and long, erect setae of same color interspersed, longer and more abundant ventrally, especially on antennomeres III–V. Antennal formula based on length of antennomere III: scape = 0.83; pedicel = 0.23; IV = 0.73; V = 0.67; VI = 0.63; VII = 0.60; VIII = 0.53; IX = 0.50; X = 0.47; XI = 0.50.

Thorax. Prothorax slightly wider than long; sides rounded, with distinct conical tubercle centrally. Pronotum slightly triangularly depressed on anterocentral region; coarsely, abundantly punctate, with minute, abundant punctures interspersed; center with longitudinal, dense yellowish-white pubescent band, gradually narrowed on anterior third, rhombus-shaped centrally, laterally expanded on beginning of posterior third, and subparallelsided on posterior fifth; sides with slightly arched yellowish-brown pubescent band, fused with rhombus-shaped yellowish-white pubescence; remaining surface between central and lateral pubescent bands with sparse, both yellowish-white and yellowish-brown pubescence; with long, erect, sparse yellowish-white setae throughout. Sides of prothorax coarsely, abundantly punctate; with abundant light yellowish-brown pubescence not obscuring integument, and long, erect setae of same color interspersed. Prosternum finely punctate on posterior 3/4, punctures distinctly denser centrally, and coarse punctures interspersed; anterior quarter striate-punctate; sides with dense light yellowish-brown pubescence, this area gradually widened toward procoxal cavity, with moderately abundant yellowish-white pubescence on wide central area close to procoxal cavities, moderately abundant whitish pubescence on remaining central area of posterior 3/4, and sparse yellowish-white pubescence on remaining surface, except glabrous narrow area close to anterior margin; with long, erect, sparse, both yellowish-white and light yellowish-brown setae interspersed. Prosternal process with abundant yellowish-white pubescence not obscuring integument on anterior half, shorter, distinctly sparser on posterior half; with long, erect, both yellowish-white and light yellowish-brown setae interspersed; narrowest area 0.4 times procoxal width. Mesoventrite with sparse yellowish-white pubescence, except glabrous longitudinal central area, and light yellowish-brown pubescence laterally and close to mesocoxal cavities; with long, erect yellowish-white setae interspersed. Mesanepisternum and mesepimeron with dense yellowish-brown pubescence partially obscuring integument. Mesoventral process with central tubercle on base; with abundant yellowish-white pubescence partially obscuring integument on posterior 3/4, except glabrous tubercle; with long, erect yellowish-white setae interspersed laterally. Metanepisternum and sides of metaventrite with dense yellowish-brown pubescence partially obscuring integument; central area of metaventrite with abundant yellowish-white pubescence not obscuring integument, except glabrous narrow area close to metathoracic discrimen; with long, erect yellowish setae interspersed. Scutellum with dense yellowish-white pubescence obscuring integument, pubescence slightly yellower basally. Elytra. Coarsely, moderately deeply and abundantly punctate on basal third, punctures slightly finer, shallower, sparser toward apex; with dense yellowish-brown pubescence partially obscuring integument, not obscuring punctures, and long, erect yellowish-white setae interspersed, and long, suberect yellowish-brown setae interspersed. Legs. Coxae with abundant yellowish-white pubescence not obscuring integument, and long, erect setae of same color interspersed. Femora with abundant yellowish-white pubescence not obscuring integument on anterior half, light yellowish-brown on posterior quarter, pubescence distinctly bristly and more abundant ventrally; with long, erect yellowish-white setae interspersed. Protibiae with sparse yellowish-white pubescence not obscuring integument dorsally and laterally, and dense, bristly yellowish-brown pubescence ventrally, gradually longer and denser toward apex; with long, erect light yellowish-brown setae interspersed dorsally and laterally. Mesotibiae with sparse light yellowish-brown pubescence, except dense, bristly yellowish-brown pubescence on posterior 3/4 of dorsal surface and posterior quarter of dorsal surface; with long, erect yellowish-white setae interspersed. Metatibia with light yellowish-brown pubescence not obscuring integument, denser and bristly on posterior third of ventral surface, and abundant, bristly yellowish-brown pubescence on apex; with long, erect yellowish-white setae interspersed. Metatarsomere I shorter than II–III together.

Abdomen. Ventrites with abundant yellowish-white pubescence not obscuring integument, and long, erect setae of same color interspersed, more abundant laterally. Apex of ventrite 5 concave.

Dimensions (mm). Total length, 10.30; prothoracic length, 2.30; anterior prothoracic width, 1.70; posterior prothoracic width, 1.95; maximum prothoracic width, 2.80; humeral width, 3.10; elytral length, 7.10. Only the holotype was measured.

Type material. Holotype male from FRENCH GUIANA: Kaw rd. , pk 39, 20.VIII.1995, J.E. Wappes leg. ( FSCA, formerly ACMT) . Paratypes – FRENCH GUIANA: Amazone Nature Lodge , Kaw Rd. 6, 04°33.579′N, 52°12.433′W, 977′, MV light, 1 male, 1–12.IX.2018, Morris and Wappes leg. ( RFMC) ; 1 female, 19-31.VII.2019, Morris and Wappes leg. ( RFMC) ; rte de Kaw PK37, battage (branch threshing), 1 male, 2 females, 23.IX.1996, J.L. Giuglaris leg. ( JLGC) ; piste Bélizon PK3 D PK 8.5, UV, 1 male, 16.XII.2002, J.L. GIuglaris leg. ( JLGC) ; rte Apatou pk24, UV, 1 female, 11.XZII.2008, F. Beneluz leg. ( JLGC) ; rte Apatou pk25+5, UV, 1 male, 20.XII.2012, J.L. Giuglaris leg. ( JLGC) ; Mt des chevaux, UV automatic, 1 male, 1 female, 15.XII.2020, SEAG leg. ( JLGC) ; Nancibo , piège interception, 1 female, VII.2018, local collector ( AACP) ; 1 male, IX.2018, local collector ( AACP) ; Montagne de Kaw , pk 37.5 (piste), 1 female, 22.VIII.2005, J.P. Roguet leg. ( JPRC) ; Montagne des Chevaux , Roura (4.74146°N 52.42702°W), 1 specimen 11.IX.2011, bait trap, SEAG leg. ( PHDC) ; 1 specimen, 02.X.2011, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen 17.VI.2012, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 01.VII.2012, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 08.VII.2012, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 16.VII.2012, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 29.VII.2012, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 04.VIII.2012, flight interception trap, SEAG leg. ( PHDC) ; 1 specimen, 26.VIII.2012, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 17.IX.2012, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 23.IX.2012, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 14.X.2012, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 22.V.2013, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 06.VII.2013, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 13.VII.2013, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 03.VIII.2013, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 10.VIII.2013, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 10.VIII.2013, flight interception trap, SEAG leg. ( PHDC) ; 3 specimens, 17.VIII.2013, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 31.VIII.2013, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 14.IX.2013, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 26.X.2013, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 03.XI.2013, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 23.XI.2013, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 14.XII.2013, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 28.VI.2014, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 05.VII.2014, automatic light trap, SEAG leg. ( PHDC) ; 4 specimens, 19.VII.2014, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 26.VII.2014, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 02.VIII.2014, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 15.VIII.2014, automatic light trap, SEAG leg. ( PHDC) ; 4 specimens, 21.VIII.2014, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 30.VIII.2014, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 06.IX.2014, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 13.IX.2014, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 20.IX.2014, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 15.XI.2014, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 11.IV.2015, automatic light trap, SEAG leg. ( PHDC) ; 1 female, 09.V.2015, automatic light trap, SEAG leg. ( PHDC) ; 1 female, 01.VIII.2015, automatic light trap, SEAG leg. ( PHDC) ; 3 specimens, 08.VIII.2015, automatic light trap, SEAG leg. ( PHDC) ; 7 specimens, 22.VIII.2015, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 28.VIII.2015, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 12.IX.2015, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 19.IX.2015, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 10.X.2015, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 17.X.2015, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 24.X.2015, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 18.VI.2016, automatic light trap, SEAG leg. ( PHDC) ; 3 specimens, 09.VII.2016, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 16.VII.2016, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 23.VII.2016, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 30.VII.2016, Malaise trap, SEAG leg. ( PHDC) ; 2 specimens, 06.VIII.2016, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 06.VIII.2016, Malaise trap, SEAG leg. ( PHDC) ; 2 specimens, 13.VIII.2016, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 20.VIII.2016, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 27.VIII.2016, automatic light trap, SEAG leg. ( PHDC) ; 3 specimens, 03.IX.2016, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 17.VI.2017, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 15.VII.2017, automatic light trap, SEAG leg. ( PHDC) ; 5 specimens, 22.VII.2017, automatic light trap, SEAG leg. ( PHDC) ; 4 specimens, 29.VII.2017, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 05.VIII.2017, automatic light trap, SEAG leg. ( PHDC) ; 4 specimens, 12.VIII.2017, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 12.VIII.2017, Malaise trap, SEAG leg. ( PHDC) ; 1 specimen, 19.VIII.2017, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 26.VIII.2017, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 02.IX.2017, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 23.IX.2017, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 30.IX.2017, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 14.X.2017, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 21.X.2017, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 24.III.2018, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 19.V.2018, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 19.V.2018, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 09.VI.2018, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 23.VI.2018, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 30.VI.2018, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 07.VII.2018, automatic light trap, SEAG leg. ( PHDC) ; 3 specimens, 14.VII.2018, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 21.VII.2018, automatic light trap, SEAG leg. ( PHDC) ; 3 specimens, 04.VIII.2018, automatic light trap, SEAG leg. ( PHDC) ; 7 specimens, 08.VIII.2018, automatic light trap, SEAG leg. ( PHDC) ; 9 specimens, 18.VIII.2018, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 25.VIII.2018, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 01.IX.2018, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 08.IX.2018, automatic light trap, SEAG leg. ( PHDC) ; 3 specimens, 22.IX.2018, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 29.IX.2018, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 13.X.2018, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 20.X.2018, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 27.X.2018, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 17.XI.2018, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 24.XI.2018, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 22.VI.2019, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 29.VI.2019, automatic light trap, SEAG leg. ( PHDC) ; 4 specimens, 13.VII.2019, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 27.VII.2019, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 10.VIII.2019, automatic light trap, SEAG leg. ( PHDC) ; 3 specimens, 17.VIII.2019, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 24.VIII.2019, automatic light trap, SEAG leg. ( PHDC) ; 4 specimens, 31.VIII.2019, automatic light trap, SEAG leg. ( PHDC) ; 7 specimens, 07.IX.2019, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 12.X.2019, automatic light trap, SEAG leg. ( PHDC) ; 1 specimen, 19.X.2019, automatic light trap, SEAG leg. ( PHDC) ; 2 specimens, 26.X.2019, automatic light trap, SEAG leg. ( PHDC) ; Orapu RN2 pk65, Roura (4.49754°N 52.34740°W), 1 specimen, 27.VIII.2016, Malaise trap, SEAG leg. ( PHDC) ; Mont Mahury , Rémire-Montjoly (4.87618°N 52.24772°W), 1 specimen 17.XII.2017, Malaise trap, SEAG leg. ( PHDC) ; Piste de Kaw , pk 34, “piégeage lumineux,” 1 female, 28.VII.1984, S. Boucher leg. ( GTPC) ; 1 male, 29.VIII.1984, S. Boucher leg. ( GTPC) ; 1 male, 22.VI.1985, J.-M. Vassal leg. ( GTPC) ; pk 40, “piégeage lumineux,” 1 female, 1.VIII.1986, S. Doumain leg. ( GTPC) ; Montagne des Singes , pk 7, “battage,” 1 male, 21.III.1984, G. Tavakilian leg. ( GTPC) ; Sinnamary , “battage,” 1 female, P. Laroche leg. ( GTPC) ; 1 female, 26.VII.1982, P. Laroche leg. ( GTPC) .

Etymology. Latin, “bicolor” (two-colored); allusive to the contrasting color of the pronotum and elytra.

Remarks. Anobrium bicolor new species is similar to A. leuconotum Galileo and Martins, 2002 ( Fig. 45 ), and has been confused with it. However, they differ as follows: elytra slightly shorter than three times prothoracic length; pubescence on vertex and elytra distinctly denser ( Fig. 40 ); lateral tubercles of the prothorax conical and not apically directed backward; and mesoventral process with distinct central tubercle. In A. leuconotum , the elytra are proportionally longer, slightly longer than 3.5 times prothoracic length, the pubescence on the vertex and elytra are noticeably sparser ( Fig. 45 ), the lateral tubercles of the prothorax are spiniform and apically directed backward, and the mesoventral process has no tubercle. Anobrium bicolor is also similar to A. luridum (Breuning, 1940) ( Fig. 44 ), but differs by the elytral pubescence distinctly denser, and the elytra proportionally shorter (about 3.5 times prothoracic length in A. luridum ).

Figures

Figures 38–45. Lamiinae spp. 38) Rosalba columbiana Breuning, 1973), holotype, by Jesus Santiago Moure. 39) Corcovado bezarki Martins and Galileo, 2008, female, dorsal habitus. 40–43) Anobrium bicolor Botero and Santos-Silva, sp. nov., holotype male: 40) Dorsal habitus; 41) Ventral habitus; 42) Lateral habitus; 43) Head, frontal view. 44) Anobrium luridum (Breuning, 1940), female (MZSP 49217) from Brazil (Espírito Santo), dorsal habitus. 45) Anobrium leuconotum Galileo and Martins, 2002, holotype male (MZSP 49858), dorsal habitus.