Oncideres Lacordaire 1830

Oncideres Lacordaire, 1830 Oncideres Lacordaire, 1830: 183. Oncideres (Multicinctipenna) Özdikmen, 2025j: 3240. Syn. nov. Oncideres (Psyllotoxus) Thomson, 1868: 74. Syn. nov. Oncideres (Taricanus) Thomson, 1868: 73. Syn. nov. Remarks. Özdikmen (2025j) divided Oncideres into four subgenera and reported: “It is interesting that the members of this species-rich genus were not evaluated according to elytral design so far.” In our view, Özdikmen’s (2025j) generic concept is entirely artificial, relying merely on superficial morphological features. This pattern is consistent across the subgenera he established or revalidated in the studies referenced in the present work. Still according to Özdikmen (2025j) on Oncideres: “In first group [Oncideres (Oncideres) Lacordaire, 1830: 183], antennae without fringes of dense, long black hairs on the inner sides of first five antennomeres (especially 1st, 3rd and 4th antennomeres); elytra always with prominent, few or many, more or less raised tubercles or granules only at the base, the remaining parts of elytra, ignoring the remaining elytral design, without raised tubercles, granules or dots;” “In second group, antennae without fringes of dense, long black hairs on the inner sides of first five antennomeres (especially 1st, 3rd and 4th antennomeres); elytra with few or many, prominent tubercles or granules especially at the base, and few or many, more or less irregularly distributed, suferficial dots in the remaining parts of elytra (almost completely or at least to apical half); and therefore, ignoring the remaining elytral design, the basal decoration with tubercles, granules or dots always clearly larger than decoration of the remaining parts of elytra;” “In third group, antennae without fringes of dense, long black hairs on the inner sides of first five antennomeres (especially 1st, 3rd and 4th antennomeres); elytra without prominently raised tubercles anywhere; elytra with few or many, small granules or dots especially at the base, and few or many, more or less irregularly distributed, suferficial dots in the remaining parts (almost completely or at least to apical half); therefore, ignoring the remaining elytral design, the basal decoration with granules or dots slightly larger or not (almost same) than the decoration of the remaining parts of elytra;” and “In fourth group, antennae with fringes of dense, long black hairs on the inner sides of first five antennomeres (especially 1 st, 3 rd and 4 th antennomeres); elytra without prominently raised tubercles anywhere; elytra usually completely with many, more or less irregularly distributed, suferficial [sic, superficial] dots; therefore, ignoring the remaining elytral design, the basal decoration with granules or dots almost same with the decoration of the remaining parts of elytra.” Again, the division of Oncideres into subgenera has no scientific basis. Souza et al. (2024), based on molecular phylogeny, synonymized Psyllotoxus and Taricanus with Oncideres. We consider the proposal to treat Taricanus and Psyllotoxus as subgenera of Oncideres to be entirely unfounded, especially given the lack of consideration for the reasons behind the original synonymies proposed by earlier authors. Consequently, we reestablish the synonymy between these two genera and Oncideres. Due to the high variability in pubescence patterns, as well as the size and number of elytral tubercles within Oncideres, we are synonymizing Oncideres (Multicinctipenna) with it.

Institutions

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-09-24
DOI
https://doi.org/10.5281/zenodo.17323551
Primary Topic
Hydrology and Watershed Management Studies
Type
article
Field-Weighted Citation Impact
0.00
Controls
|||
ALL TIME
JAN
FEB
MAR
APR
MAY
JUN
JUL
AUG
SEP
OCT
article

Oncideres Lacordaire 1830

Zenodo (CERN European Organization for Nuclear Research)
Hydrology and Watershed Management Studies
article

Oncideres Lacordaire 1830

article en

Abstract

Oncideres Lacordaire, 1830 Oncideres Lacordaire, 1830: 183. Oncideres (Multicinctipenna) Özdikmen, 2025j: 3240. Syn. nov. Oncideres (Psyllotoxus) Thomson, 1868: 74. Syn. nov. Oncideres (Taricanus) Thomson, 1868: 73. Syn. nov. Remarks. Özdikmen (2025j) divided Oncideres into four subgenera and reported: “It is interesting that the members of this species-rich genus were not evaluated according to elytral design so far.” In our view, Özdikmen’s (2025j) generic concept is entirely artificial, relying merely on superficial morphological features. This pattern is consistent across the subgenera he established or revalidated in the studies referenced in the present work. Still according to Özdikmen (2025j) on Oncideres: “In first group [Oncideres (Oncideres) Lacordaire, 1830: 183], antennae without fringes of dense, long black hairs on the inner sides of first five antennomeres (especially 1st, 3rd and 4th antennomeres); elytra always with prominent, few or many, more or less raised tubercles or granules only at the base, the remaining parts of elytra, ignoring the remaining elytral design, without raised tubercles, granules or dots;” “In second group, antennae without fringes of dense, long black hairs on the inner sides of first five antennomeres (especially 1st, 3rd and 4th antennomeres); elytra with few or many, prominent tubercles or granules especially at the base, and few or many, more or less irregularly distributed, suferficial dots in the remaining parts of elytra (almost completely or at least to apical half); and therefore, ignoring the remaining elytral design, the basal decoration with tubercles, granules or dots always clearly larger than decoration of the remaining parts of elytra;” “In third group, antennae without fringes of dense, long black hairs on the inner sides of first five antennomeres (especially 1st, 3rd and 4th antennomeres); elytra without prominently raised tubercles anywhere; elytra with few or many, small granules or dots especially at the base, and few or many, more or less irregularly distributed, suferficial dots in the remaining parts (almost completely or at least to apical half); therefore, ignoring the remaining elytral design, the basal decoration with granules or dots slightly larger or not (almost same) than the decoration of the remaining parts of elytra;” and “In fourth group, antennae with fringes of dense, long black hairs on the inner sides of first five antennomeres (especially 1 st, 3 rd and 4 th antennomeres); elytra without prominently raised tubercles anywhere; elytra usually completely with many, more or less irregularly distributed, suferficial [sic, superficial] dots; therefore, ignoring the remaining elytral design, the basal decoration with granules or dots almost same with the decoration of the remaining parts of elytra.” Again, the division of Oncideres into subgenera has no scientific basis. Souza et al. (2024), based on molecular phylogeny, synonymized Psyllotoxus and Taricanus with Oncideres. We consider the proposal to treat Taricanus and Psyllotoxus as subgenera of Oncideres to be entirely unfounded, especially given the lack of consideration for the reasons behind the original synonymies proposed by earlier authors. Consequently, we reestablish the synonymy between these two genera and Oncideres. Due to the high variability in pubescence patterns, as well as the size and number of elytral tubercles within Oncideres, we are synonymizing Oncideres (Multicinctipenna) with it.

Zenodo (CERN European Organization for Nuclear Research)
Universidade Federal de Rondônia (BR), Universidade de São Paulo (BR), Universidad Nacional de Colombia (CO), Institut de Systématique, Évolution, Biodiversité (FR)
Openalex Percentile: Top 45%
Hydrology and Watershed Management Studies
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.