Triplocania einsteini, González-Obando & Carrejo-Gironza & García, 2021
publication ID |
https://doi.org/ 10.11646/zootaxa.5080.1.1 |
publication LSID |
lsid:zoobank.org:pub:874FEE82-9CB1-470F-9501-F7ECCA1DA805 |
DOI |
https://doi.org/10.5281/zenodo.5766511 |
persistent identifier |
https://treatment.plazi.org/id/03B28788-EA0C-FFEC-FF05-FB52FDDDFBB6 |
treatment provided by |
Plazi |
scientific name |
Triplocania einsteini |
status |
sp. nov. |
Triplocania einsteini n. sp.
( Figs 61–72 View FIGURES 61–66 View FIGURES 67–72 )
Diagnosis. It belongs in species group lucida of Subgroup MPB2A (see Classification below). It is related to T. caquetensis n. sp., from which it differs in the hypandrium: the lateral sclerites are rhomboid, not elongate as in the latter, and the central sclerite has the mesal lateral process larger and stouter than in the former, the median posterior processes have the inner borders slightly concave, and the outer borders mesally convex. The anterior, large endophallic sclerite has the median posterior process broader and shorter than in T. caquetensis , with posterolateral long, slender, distally acuminate processes directed postero-laterally. The lateral endophallic sclerites are also club-shaped, but the clubs are much larger and the stems are much stouter and slightly curved inward than in T. caquetensis . Although similar to that in T. caquetensis , the mesal endophallic sclerite is slightly smaller, with the anterior and posterior processes shorter and stouter. The external parameres are twice as wide than in T. caquetensis , lacking the mesal denticles on the inner borders, and with the anterior processes of the inner borders much shorter and slightly curved, not sinuous ( Fig. 66 View FIGURES 61–66 ). IX sternum semioval, anterior border slightly convex, with broad Vshaped pigmentation.
Male. Color (in 80% ethanol). Body brown to cream. Head brown, with dark brown spots pattern ( Fig. 63 View FIGURES 61–66 ). Compound eyes dark brown, ocelli hyaline, with ochre centripetal crescents; antennae and maxillary palps pale brown. Thorax brown, tergal lobes of meso- and metathorax brown with light brown spots. Thoracic pleura brown, with ochre spots. Legs pale brown; coxae with dark spots basally and apically, femora with small dark spots distally; tibiae and tarsi pale brown. Forewings almost hyaline, with a light brown hue, dark brown spots at the ends of veins R, M, CuA 1, CuA 2, CuP and intersection A 1 -CuP; pterostigma with dark brown bands proximally and distally; light brown spots at the end of cells r 5, m 1, and m 2; veins brown ( Fig. 61 View FIGURES 61–66 ). Hindwings hyaline, veins brown, with brown spots at ends of R and M veins ( Fig. 62 View FIGURES 61–66 ). Abdomen cream with ochre spots. Epiproct and paraprocts pale brown. Sclerites of hypandrium brown to cream, lateral sclerites darker than the central sclerite. Endophallic sclerites dark brown.
Morphology. As in diagnosis, plus the following: Head ( Fig. 63 View FIGURES 61–66 ): H/MxW: 1.58; H/D: 2.28; IO/MxW: 0.58. Vertex slightly emarginate, at the level of the upper edge of the compound eyes. Outer cusp of lacinial tips broad, with four denticles. Mx4/Mx2: 1.25. Forewings ( Fig. 61 View FIGURES 61–66 ): L/W: 2.50. Pterostigma: lp/wp: 5.0. Areola postica triangular: la/ha: 1.84, CuA 1 gently concave distally. Hindwings ( Fig. 62 View FIGURES 61–66 ): l/p: 2.97. Hypandrium of three sclerites, setose ( Fig. 65 View FIGURES 61–66 ). Phallosome ( Fig. 66 View FIGURES 61–66 ), side struts slender, basally convergent, V-shaped. External parameres distally with pores. Paraprocts oval, with abundant medium sized setae and macrosetae on apical third, at least one apically spatulate macroseta, a macroseta near each sensory field, these with 20 trichobothria on basal rosettes ( Fig. 64 View FIGURES 61–66 ). Epiproct ( Fig. 64 View FIGURES 61–66 ) wide, broadly rounded posteriorly, setae and macrosetae as illustrated.
Measurements. FW: 3875, HW: 2762, F: 1025, T: 1675, t1: 700, t2: 88, t3: 152, ctt1: 26, f1: 700, f2: 712, f3: 575, Mx4: 250, IO: 345, d: 290, D: 408, IO/d: 1.19, PO: 0.71.
Female. Color. As in the male. Subgenital plate with deep, hyaline median concavity, pigmented area brown, posterior border pale brown. IX sternum hyaline, with anterior triangular area brown; gonapophyses brown to pale brown.
Morphology. Head ( Fig. 69 View FIGURES 67–72 ): H/MxW: 1.64, H/D: 2.46; compound eyes large, IO/MxW: 0.67. Vertex as in the male. Outer cusp of lacinial tips broad, with four denticles. Mx4/Mx2: 1.50. Forewings ( Fig. 67 View FIGURES 67–72 ) as in the male, L/W: 2.47, pterostigma: lp/wp: 4.25; areola postica, al/ah: 1.80. Hindwings ( Fig. 68 View FIGURES 67–72 ): l/w: 2.79. Subgenital plate ( Fig. 71 View FIGURES 67–72 ) broad, setose, triangular. Gonapophyses ( Fig. 72 View FIGURES 67–72 ): v1 slender, elongate, acuminate; v2+3: v2 with 11 macrosetae, distal process sinuous, acuminate, with field of microspines. Paraprocts ( Fig. 70 View FIGURES 67–72 ) elongate, triangular, with setae and macrosetae, one with spatulate apex as illustrated; sensory fields with 24 trichobothria on basal rosettes. Epiproct ( Fig. 70 View FIGURES 67–72 ) triangular, with apex rounded, mesal field with three macrosetae, two lateral setae and setae along sides and apex, as illustrated.
Measurements. FW: 4075, HW: 2912, F: 1075, T: 1775, t1: 750, t2: 90, t3: 160, ctt1: 27, f1: 662, f2: 675, f3: 585, f4: 500, f5: 325, Mx4: 270, IO: 400, d: 260, D: 400, IO/d: 1.54, PO: 0.65.
Material studied. Holotype male. COLOMBIA. Caquetá. San Vicente del Caguán, Laureles, Reserva Indígena Altamira , 2º27’50.14”N: 74º55’2.06”W, 917 m. 9–10.III.2019. Led light trap in forest canopy. J. Panche. MUSENUV slide code 29939 GoogleMaps . Paratype: 1 female, same data as the holotype. MUSENUV slide code 29940 GoogleMaps .
Etymology. This species is dedicated to Albert Einstein, theoretical physicist, Nobel Prize in Physics in 1921, author of the Theory of Relativity.
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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