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85 results for “Rhopalidae”
Figure 6 in Biodiversity of the scentless plant bugs (Hemiptera: Rhopalidae) in southern South America
Figure 6. Distribution of Jadera Stål species in Argentina. Pale colour: known distributions. The number of known species for each province is provided, with an asterisk indicating the number of newly recorded species.
Figure 1 in Biodiversity of the scentless plant bugs (Hemiptera: Rhopalidae) in southern South America
Figure 1. Distribution of Liorhyssus Stål species in Argentina. Pale colour: known distributions; dark colour: new distributions. The number of known species for each province is provided, with an asterisk indicating the number of newly recorded species.
Figure 7 in Biodiversity of the scentless plant bugs (Hemiptera: Rhopalidae) in southern South America
Figure 7. Known records for the species of Rhopalidae from Argentina over the years (cumulative relative frequencies 0–100%).
Fig. 1 in An instance of intergeneric copulation in the family Rhopalidae (Heteroptera): structure, functioning and congruence of the genitalia in two different species from the standpoint of the lock-and-key hypothesis
Fig. 1. Copulation of Corizus hyoscyami (male) and Rhopalus parumpunctatus (female), Novgorod Province. Photograph by E.Yu. Kirtsideli.
Fig. 12 in An instance of intergeneric copulation in the family Rhopalidae (Heteroptera): structure, functioning and congruence of the genitalia in two different species from the standpoint of the lock-and-key hypothesis
Fig. 12. Female internal ectodermal genitalia in Corizus hyoscyami. b.g.c, basal part of gynatrial cone; a.g.c, apical part of gynatrial cone; l.p.g, lateral pouches of gynatrial sac. The basal part of gynatrial cone is shown in more or less dorso-ventral plane. Scale bar: 0.14 mm.
Fig. 6 in An instance of intergeneric copulation in the family Rhopalidae (Heteroptera): structure, functioning and congruence of the genitalia in two different species from the standpoint of the lock-and-key hypothesis
Fig. 6. Completely inflated aedeagus of Rhopalus parumpunctatus. Dry preparation in dorsal view. Scale bar: 0.14 mm
Figs 10, 11 in An instance of intergeneric copulation in the family Rhopalidae (Heteroptera): structure, functioning and congruence of the genitalia in two different species from the standpoint of the lock-and-key hypothesis
Figs 10, 11. Female terminalia in Rhopalus parumpunctatus. 10, external terminalia, ventral view; 11, internal ectodermal genitalia, dorsal view. b.g.c, basal part of gynatrial cone; a.g.c, apical part of gynatrial cone; gon, gonangulum; gp.I, gonapophysis I; f.d.w, fold on dorsal wall of basal part of gynatrial cone; gp.II, gonapophysis II; gx.VIII, gonocoxite VIII; gx.IX, gonocoxite IX; l.p.g, lateral pouches of gynatrial sac; lt.VIII, laterotergite VIII; lt.IX, laterotergite IX; prg, proctiger; sp.d, spermathecal duct. At fig. 10, the genital plates are shown somewhat driven apart and the inner margins of laterotergites IX are shown slightly turned ventrally; at fig. 11, the basal part of gynatrial cone is shown in more or less dorso-ventral plane. Scale bar: 0.14 mm.
Figs 4, 5 in An instance of intergeneric copulation in the family Rhopalidae (Heteroptera): structure, functioning and congruence of the genitalia in two different species from the standpoint of the lock-and-key hypothesis
Figs 4, 5. Aedeagus of Rhopalus parumpunctatus in intermediate stages of inflation.4, earlier stage of inflation; 5, somewhat later stage of inflation. Wet preparations in dorsal view. b.p.v., basal part of vesica; h.bd, hyaline band. Scale bar: 0.14 mm.
Figs 2, 3 in An instance of intergeneric copulation in the family Rhopalidae (Heteroptera): structure, functioning and congruence of the genitalia in two different species from the standpoint of the lock-and-key hypothesis
Figs 2, 3. Aedeagus of Rhopalus parumpunctatus. 2, at rest; 3, at very beginning of inflation. Wet preparations in dorsal view. a.p.v, apical part of vesica; ar.s, articular sclerite; d-l.l, dorso-lateral lobes of conjunctiva; ej.r, ejaculatory reservoir; l.l.v, left lobe of basal part of vesica; r.l.v, right lobe of basal part of vesica; s.gp, secondary gonopore. Scale bar: 0.14 mm.
Abb. 33-38 in Die Heteropterensammlung Ernst Heiss im Tiroler Landesmuseum Ferdinandeum. Teil XI: Pentatomomorpha IV: Familien Piesmatidae, Stenocephalidae, Rhopalidae, Alydidae
Abb. 33-38: (33) Mirperus jaculus ♁ (RWA, Ruanda); (34) Nariscus fisheri ♀ (PAK, Pakistan); (35) Nemausus sordidatus ♀ (ESP, Kanarische Inseln); (36) Riptortus linearis ♀ (NPL, Nepal); (37) Tenosius proletarius ♁ (SAU, Saudiarabien); (38) Zulubius maculatus ♀ (RWA, Ruanda). Massstab:5 mm Abb. 35; 10mm Abb. 33,34,36,37,38. ©A. Eckelt.
Abb. 16-21 in Die Heteropterensammlung Ernst Heiss im Tiroler Landesmuseum Ferdinandeum. Teil XI: Pentatomomorpha IV: Familien Piesmatidae, Stenocephalidae, Rhopalidae, Alydidae
Abb. 16-21: (16) Rhopalus conspersus ♁ (AUT, Nordtirol); (17) Rhopalus distinctus ♀ (TUR, Türkei); (18) Stictopleurus abutilon ♀ (AUT, Burgenland); (19) Stictopleurus minutus ♁ (PRK, Nordkorea); (20) Agraphopus lethierry ♁ (PAK, Pakistan); (21) Chorosoma schillingii ♀ (AUT, Burgenland). Massstab: 5 mm Abb. 16-20; 10 mm Abb. 21. ©A. Eckelt.
Abb. 29-32 in Die Heteropterensammlung Ernst Heiss im Tiroler Landesmuseum Ferdinandeum. Teil XI: Pentatomomorpha IV: Familien Piesmatidae, Stenocephalidae, Rhopalidae, Alydidae
Abb. 29-32: (29) Euthetus ornatipennis ♀ (SAU, Saudiarabien); (30) Heegeris tangirica ♀ (GRC, Kreta); (31) Hypselopus gigas ♀ (TZA, Tanzania); (32) Megalotomus junceus ♁ (ITA, Südtirol); (20). Massstab:5 mm Abb. 30; 10 mm Abb. 29,31,32. ©A. Eckelt.
Abb. 1-6 in Die Heteropterensammlung Ernst Heiss im Tiroler Landesmuseum Ferdinandeum. Teil XI: Pentatomomorpha IV: Familien Piesmatidae, Stenocephalidae, Rhopalidae, Alydidae
Abb. 1-6: (1) Parapiesma josifovi J (KOR, Taeugu); (2) Parapiesma kochiae ♀ (HUN, Ungarn); (3) Parapiesma kolenatii ♀ (HUN, Ungarn); (4) Parapiesma longicarinum J (CHN, Tianjin); (5) Parapiesma salsolae J (AUT, Burgenland); (6) Piesma capitatum J (AUT, Nordtirol). Massstab:1 mm. ©A. Eckelt.
Figura 2 in Primera detección en Argentina y nuevos registros en Chile de Boisea trivittata (Say, 1825) (Heteroptera: Rhopalidae: Serinethinae)
Figura 2. Distribución de Boisea trivittata en Sudamérica, mapa desarrollado con el proyecto de iNaturalist Boisea trivittata en Sudamérica.
Figura 1 in Primera detección en Argentina y nuevos registros en Chile de Boisea trivittata (Say, 1825) (Heteroptera: Rhopalidae: Serinethinae)
Figura 1. Boisea trivittata in situ, Godoy Cruz, Mendoza. Argentina, A. Vista general (adultos y ninfas), B. Detalle (adultos y ninfas).
Figura 2 in Actualización de la distribución de Boisea trivittata (Say, 1825) (Heteroptera: Rhopalidae) en Chile
Figura 2. Distribución de B. trivittata en Chile, A = 2021, B = 2022, C= junio de 2023. Mapa desarrollado dentro del proyecto Chinches de Chile de iNaturalist (Faúndez 2023b). / Distribution of B. trivittata in Chile. A = 2021, B = 2022, C= June of 2023. Map developed within the project Heteroptera of Chile, iNaturalist (Faúndez 2023b).
Linked collectors and determiners for: Biodiversity of the scentless plant bugs (Hemiptera: Rhopalidae) in southern South America.
Natural history specimen data linked to collectors and determiners held within, "Biodiversity of the scentless plant bugs (Hemiptera: Rhopalidae) in southern South America". Claims or attributions were made on Bionomia by volunteer Scribes, <a href="https://bionomia.net/dataset/d37ec798-2cd3-4f94-9a80-808ebf53beaa">https://bionomia.net/dataset/d37ec798-2cd3-4f94-9a80-808ebf53beaa</a> using specimen data from the dataset aggregated by the Global Biodiversity Information Facility, <a href="https://gbif.org/dataset/d37ec798-2cd3-4f94-9a80-808ebf53beaa">https://gbif.org/dataset/d37ec798-2cd3-4f94-9a80-808ebf53beaa</a>. Formatted as a Frictionless Data package.
Figs. 9–10 in The external morphology of eggs of three Rhopalidae species (Hemiptera: Heteroptera) with a review of the eggs of this family
Figs. 9–10. Eggs of Chorosoma schillingi (Schilling, 1829). 9 – apex of micropylar process, most exposed view; 10 – cuticular cap of hatched larva attached to empty egg, with egg burster, most exposed view. Scale = 100 μm for Fig. 10; 10 μm for Fig. 9. Letterings: b – egg burster; o – opening of micropylar process.
Figs. 17–22 in The external morphology of eggs of three Rhopalidae species (Hemiptera: Heteroptera) with a review of the eggs of this family
Figs. 17–22. Eggs of Rhopalus (Aeschyntelus) maculatus (Fieber, 1837). 17 – whole egg, ventral view; 18 – whole egg, lateral view; 19 – empty egg with separated pseudoperculum, ventral view; 20 – anterior pole of egg with two micropylar processes, lateral view; 21 – detail of micropylar process, most exposed view; 22 – detail of part of dorsal egg surface where is egg attached to surface. Scale = 100 μm for Figs. 17–20; 10 μm for Figs. 21–22. Letterings: m1, m2 – micropylar processes; p – pseudoperculum.
Figs. 11–16 in The external morphology of eggs of three Rhopalidae species (Hemiptera: Heteroptera) with a review of the eggs of this family
Figs. 11–16. Eggs of Brachycarenus tigrinus (Schilling, 1829). 11 – empty egg with separated pseudoperculum, ventral view; 12 – empty egg with separated pseudoperculum, lateral view; 13 – detail of boundary-line between egg body and pseudoperculum, anterolateral view; 14 – detail of micropylar process, most exposed view; 15 – anterior pole of egg with one micropylar process visible, dorsal view; 16 – detail of chorion pattern with rounded elevated tubercles. Scale = 100 μm for Figs. 11, 12, 15; 50 μm for Fig. 13; 10 μm for Figs 14, 16. Letterings: m1, m2 – micropylar processes; p – pseudoperculum.
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Allen Brain Atlas
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Annotated Behaviour and Observability Dataset (ABODe)
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DANDI Archive for NWB datasets
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