Panabachia inornata Muñoz-Tobar & Caterino, 2025, sp. nov.

Panabachia inornata sp. nov. Figs 4 C, 5 K, L, 6 C Type material. Holotype • ♂ (QCAZ-I -278812): “ ECUADOR: Imbabura, Mojanda, 3715 m, 00°08.710'N, 78°16.753'W, 28 - XII- 2016, SIMT 297, Berlese, S. Muñoz, A. Romero ” / “ Muñoz DNA Voucher, Ex. SIMT 297, Morphosp. Mojanda 11 ”; deposited in QCAZI. Paratypes (1 ♂, 2 ♀) • 2: same data as holotype • 1: same locality but collected on 12 - VII- 2016 (SIMT 252, SIMT 301, SIMT 304; QCAZ-I -278813 to 278815). Diagnosis. Head broad, subquadrate, with lateral vertexal foveae deep, non-setose, median fovea absent; eyes protuberant, small, diameter ~ 2 / 3 of the postocular genal length; two gular fovea present; antennal bases slightly elevated, set off by striae, antennae short, antennomere III slightly longer than wide, antennomere IV – VI beadlike, rounded, VII – IX increasingly transverse, shorter, antennomere IX transverse, 2 × the size of antennomere VIII, antennomere X transverse, apically truncate, 2 × the size of antennomere IX, antennomere XI ~ 2 × as long as X, setose, rounded, no antennal differences between male and female; male pronotum (Fig. 4 C) simple without secondary sexual modifications, slightly wider than long, widest toward front, with very fine median fovea near base; prosternum with two anterior prosternal foveae present; wings present; each elytron with four basal foveae, evenly spaced; male last sternite (Fig. 5 K, L) transverse, setose, with a forked process along the inner basal margin, apical margin sinuous, with denser setae at middle; male apical tergite transverse, apically truncate, setose along posterior margin, slightly emarginate in the middle; legs simple. Aedeagus (Fig. 6 C) elongate, with separate accessory sclerites; parameres separate, thin at base, converging and fused with median lobe basad of middle; median lobe with small, obovate basal foramen; tegmen rather flat, widest basad middle, constricted, then expanded, apex asymmetrical, apical margin deeply emarginate on one side, mostly outwardly convex on the other, with bluntly produced tip between; each accessory sclerite with thick, sclerotized basal arch, with subrectangular basal part deeply separated from flatter, distal portion forming an elongate blade bearing a distal style. TL 1.53–1.71 mm, EW 0.40–0.43 mm. Distribution. This species is only known from grassland and shrub páramo from Mt. Mojanda, province of Imbabura, Ecuador. Etymology. The species is named in recognition of the unmodified male pronotum. Remarks. Despite a close relationship to the preceding and especially following species on the basis of male genitalic morphology, this species is amply distinguished by its unmodified male pronotum (Fig. 4 C).

Institutions

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-10-02
DOI
https://doi.org/10.5281/zenodo.17251731
Primary Topic
Remote Sensing in Agriculture
Type
article
Field-Weighted Citation Impact
0.00
Controls
|||
ALL TIME
JAN
FEB
MAR
APR
MAY
JUN
JUL
AUG
SEP
OCT
article

Panabachia inornata Muñoz-Tobar & Caterino, 2025, sp. nov.

Zenodo (CERN European Organization for Nuclear Research)
Remote Sensing in Agriculture
article

Panabachia inornata Muñoz-Tobar & Caterino, 2025, sp. nov.

article en

Abstract

Panabachia inornata sp. nov. Figs 4 C, 5 K, L, 6 C Type material. Holotype • ♂ (QCAZ-I -278812): “ ECUADOR: Imbabura, Mojanda, 3715 m, 00°08.710'N, 78°16.753'W, 28 - XII- 2016, SIMT 297, Berlese, S. Muñoz, A. Romero ” / “ Muñoz DNA Voucher, Ex. SIMT 297, Morphosp. Mojanda 11 ”; deposited in QCAZI. Paratypes (1 ♂, 2 ♀) • 2: same data as holotype • 1: same locality but collected on 12 - VII- 2016 (SIMT 252, SIMT 301, SIMT 304; QCAZ-I -278813 to 278815). Diagnosis. Head broad, subquadrate, with lateral vertexal foveae deep, non-setose, median fovea absent; eyes protuberant, small, diameter ~ 2 / 3 of the postocular genal length; two gular fovea present; antennal bases slightly elevated, set off by striae, antennae short, antennomere III slightly longer than wide, antennomere IV – VI beadlike, rounded, VII – IX increasingly transverse, shorter, antennomere IX transverse, 2 × the size of antennomere VIII, antennomere X transverse, apically truncate, 2 × the size of antennomere IX, antennomere XI ~ 2 × as long as X, setose, rounded, no antennal differences between male and female; male pronotum (Fig. 4 C) simple without secondary sexual modifications, slightly wider than long, widest toward front, with very fine median fovea near base; prosternum with two anterior prosternal foveae present; wings present; each elytron with four basal foveae, evenly spaced; male last sternite (Fig. 5 K, L) transverse, setose, with a forked process along the inner basal margin, apical margin sinuous, with denser setae at middle; male apical tergite transverse, apically truncate, setose along posterior margin, slightly emarginate in the middle; legs simple. Aedeagus (Fig. 6 C) elongate, with separate accessory sclerites; parameres separate, thin at base, converging and fused with median lobe basad of middle; median lobe with small, obovate basal foramen; tegmen rather flat, widest basad middle, constricted, then expanded, apex asymmetrical, apical margin deeply emarginate on one side, mostly outwardly convex on the other, with bluntly produced tip between; each accessory sclerite with thick, sclerotized basal arch, with subrectangular basal part deeply separated from flatter, distal portion forming an elongate blade bearing a distal style. TL 1.53–1.71 mm, EW 0.40–0.43 mm. Distribution. This species is only known from grassland and shrub páramo from Mt. Mojanda, province of Imbabura, Ecuador. Etymology. The species is named in recognition of the unmodified male pronotum. Remarks. Despite a close relationship to the preceding and especially following species on the basis of male genitalic morphology, this species is amply distinguished by its unmodified male pronotum (Fig. 4 C).

Zenodo (CERN European Organization for Nuclear Research)
Instituto Nacional de Biodiversidad (EC), Clemson University (US)
Openalex Percentile: Top 41%
Remote Sensing in Agriculture
AI Navigator

Ask Laika to Summarize, Analyze, and Connect papers live on the map.

Summarize Papers & Methodologies

Extract key findings, datasets, and comparative methods across publications.

Benchmark Rankings & Visual Analytics

Rank top research institutions, authors, funders, topics, and journals by Field-Weighted Citation Impact (FWCI) and paper volume with instant charts.

Connect Distant Disciplines

Bridge topological clusters on the map to find hidden collaborative intersections.