Stethorrhagus archangelus Bonaldo & Brescovit 1994

Stethorrhagus archangelus Bonaldo & Brescovit, 1994 Figs 5–6, 49 Stethorrhagus archangelus Bonaldo & Brescovit, 1994: 46, fig. 12a–e, ♂ ♀. Diagnosis Males of S. archangelus resemble those of S. lupulus, S. latoma and S. oxossi by the presence of a DTA and by the prolaterally inserted embolus (Bonaldo & Brescovit 1994: figs 11a–b, 12a–c, 13a–c). They differ from those of S. lupulus and S. oxossi by the SePP reduced to a small projection (Bonaldo & Brescovit 1994: fig. 12b) (SePP shouder-like in S. lupulus and S. oxossi – Bonaldo & Brescovit 1994: figs 10a, 11a) and from those of S. latoma by the TP1 relatively small, directed prolaterally, not covering the embolar base (Bonaldo & Brescovit 1994: fig. 12b) (TP1 directed apically, covering the embolar base in S. latoma – Bonaldo & Brescovit 1994: fig. 13a). Females are similar to those of S. lupulus and S. oxossi by the presence of a VEP (Bonaldo & Brescovit 1994: figs 10f, 11c, 12d). They differ from those of both these species by the CO circular and VEP round, not invaginated (Fig. 43C; Bonaldo & Brescovit 1994: fig. 12d–e) (CO slit-shaped; VEP invaginated in S. lupulus and S. oxossi – Bonaldo & Brescovit 1994: figs 10f, 11c). Type material Holotype BRAZIL • ♂; Amazonas, São Gabriel da Cachoeira, Pico da Neblina; [0°24′40″ N, 65°54′28″ W]; 8 Nov. 1990; A.A. Lise leg; MCTP 1210. Paratype BRAZIL • 1 ♀; same data as for holotype; MCN 25461 (not re-examined). Material examined (new record) BRAZIL – Amazonas • 1 ♂; same data as for holotype; elev. 1550 m; 1 Oct. 2007; D. Candiani leg.; MPEG 39922. Description Male and female, see Bonaldo & Brescovit (1994: 46). Additional documentation in Fig. 5. Distribution Known only from the type locality (Fig. 49).

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Publication Details

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Zenodo (CERN European Organization for Nuclear Research)
Published
2025-09-15
DOI
https://doi.org/10.5281/zenodo.17226727
Primary Topic
Plant-Microbe Interactions and Immunity
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article

Stethorrhagus archangelus Bonaldo & Brescovit 1994

Zenodo (CERN European Organization for Nuclear Research)
Plant-Microbe Interactions and Immunity
article

Stethorrhagus archangelus Bonaldo & Brescovit 1994

article en

Abstract

Stethorrhagus archangelus Bonaldo & Brescovit, 1994 Figs 5–6, 49 Stethorrhagus archangelus Bonaldo & Brescovit, 1994: 46, fig. 12a–e, ♂ ♀. Diagnosis Males of S. archangelus resemble those of S. lupulus, S. latoma and S. oxossi by the presence of a DTA and by the prolaterally inserted embolus (Bonaldo & Brescovit 1994: figs 11a–b, 12a–c, 13a–c). They differ from those of S. lupulus and S. oxossi by the SePP reduced to a small projection (Bonaldo & Brescovit 1994: fig. 12b) (SePP shouder-like in S. lupulus and S. oxossi – Bonaldo & Brescovit 1994: figs 10a, 11a) and from those of S. latoma by the TP1 relatively small, directed prolaterally, not covering the embolar base (Bonaldo & Brescovit 1994: fig. 12b) (TP1 directed apically, covering the embolar base in S. latoma – Bonaldo & Brescovit 1994: fig. 13a). Females are similar to those of S. lupulus and S. oxossi by the presence of a VEP (Bonaldo & Brescovit 1994: figs 10f, 11c, 12d). They differ from those of both these species by the CO circular and VEP round, not invaginated (Fig. 43C; Bonaldo & Brescovit 1994: fig. 12d–e) (CO slit-shaped; VEP invaginated in S. lupulus and S. oxossi – Bonaldo & Brescovit 1994: figs 10f, 11c). Type material Holotype BRAZIL • ♂; Amazonas, São Gabriel da Cachoeira, Pico da Neblina; [0°24′40″ N, 65°54′28″ W]; 8 Nov. 1990; A.A. Lise leg; MCTP 1210. Paratype BRAZIL • 1 ♀; same data as for holotype; MCN 25461 (not re-examined). Material examined (new record) BRAZIL – Amazonas • 1 ♂; same data as for holotype; elev. 1550 m; 1 Oct. 2007; D. Candiani leg.; MPEG 39922. Description Male and female, see Bonaldo & Brescovit (1994: 46). Additional documentation in Fig. 5. Distribution Known only from the type locality (Fig. 49).

Zenodo (CERN European Organization for Nuclear Research)
Museu Paraense Emílio Goeldi (BR), Instituto Butantan (BR)
Openalex Percentile: Top 34%
Plant-Microbe Interactions and Immunity
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