Dacimita David & Hancock 2022

Dacimita and Monacrostichus Dacimita and Monacrostichus share fuscous notopleural lobes, wing vein R 2+3 strongly bowed and running close to vein R 4+ 5 in basal portion and distinctly angled to run close to costa in apical portion, a short, broad, posteriorly rounded surstylus and similarly-shaped abdomen. The unusual shape of vein R 2+3 (synapomorphy) indicates a close relationship and it is likely that Monacrostichus evolved from Dacimita after dispersing into Southeast Asia, accompanied by a host plant shift to the newly available Citrus and characterised by its convoluted and sausage-like spermathecae, large and elongate pterostigma, strongly bowed vein M basal to r-m crossvein and elongate antennae with a bare arista. Dacimita has a swollen, rounded apex to its weakly coiled spermathecae (densely coiled and convoluted in Dacus and Bactrocera), a short and narrow pterostigma, weakly bowed vein M basal to r-m crossvein and a short-plumose arista. The gastrozonine genus Enicoptera Macquart also has a strongly bowed vein M basal to r-m crossvein but vein R 2+3 runs parallel to vein R 4+ 5 in basal portion, is distinctly arched subapically and strongly bowed away from costa in apical portion (Hancock and Drew 1999); it also has a semicircular scutellum and typically gastrozonine setation and is not related.

Institutions

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2024-12-12
DOI
https://doi.org/10.5281/zenodo.14525334
Primary Topic
Botany and Geology in Latin America and Caribbean
Type
article
Field-Weighted Citation Impact
0.00
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article

Dacimita David & Hancock 2022

Zenodo (CERN European Organization for Nuclear Research)
Botany and Geology in Latin America and Caribbean
article

Dacimita David & Hancock 2022

article en

Abstract

Dacimita and Monacrostichus Dacimita and Monacrostichus share fuscous notopleural lobes, wing vein R 2+3 strongly bowed and running close to vein R 4+ 5 in basal portion and distinctly angled to run close to costa in apical portion, a short, broad, posteriorly rounded surstylus and similarly-shaped abdomen. The unusual shape of vein R 2+3 (synapomorphy) indicates a close relationship and it is likely that Monacrostichus evolved from Dacimita after dispersing into Southeast Asia, accompanied by a host plant shift to the newly available Citrus and characterised by its convoluted and sausage-like spermathecae, large and elongate pterostigma, strongly bowed vein M basal to r-m crossvein and elongate antennae with a bare arista. Dacimita has a swollen, rounded apex to its weakly coiled spermathecae (densely coiled and convoluted in Dacus and Bactrocera), a short and narrow pterostigma, weakly bowed vein M basal to r-m crossvein and a short-plumose arista. The gastrozonine genus Enicoptera Macquart also has a strongly bowed vein M basal to r-m crossvein but vein R 2+3 runs parallel to vein R 4+ 5 in basal portion, is distinctly arched subapically and strongly bowed away from costa in apical portion (Hancock and Drew 1999); it also has a semicircular scutellum and typically gastrozonine setation and is not related.

Zenodo (CERN European Organization for Nuclear Research)
Griffith University (AU), University of Cumbria (GB)
Openalex Percentile: Top 52%
Botany and Geology in Latin America and Caribbean
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Dacimita David & Hancock 2022 · Zenodo (CERN European Organization for Nuclear Research) (2024) | TGRS Research Map | TGRS