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3,976 results for “key to genera”
Figure 25–30 in Taxonomic studies on chalcid wasps (Hymenoptera: Chalcidoidea: Chalcididae) of Goa, India, with an illustrated key to genera and species
Figure 25–30. Habitus: 25–26, Brachymeria jambolana; 27–28, Brachymeria megaspila; 29–30, Dirhinus anthracia.
Figure 1–6 in Taxonomic studies on chalcid wasps (Hymenoptera: Chalcidoidea: Chalcididae) of Goa, India, with an illustrated key to genera and species
Figure 1–6. Habitus: 1–2, Antrocephalus cariniaspis; 3–4, Antrocephalus decipiens; 5–6, Antrocephalus dividens.
Figure 80–96. 80–83 in Taxonomic studies on chalcid wasps (Hymenoptera: Chalcidoidea: Chalcididae) of Goa, India, with an illustrated key to genera and species
Figure 80–96. 80–83, Head lateral view: 80, Brachymeria carbonaria; 81, Brachymeria jambolana; 82, Dirhinus anthracia; 83, Eniacomorpha bakeri. 84–87, Mesosoma dorsal view: 84, Brachymeria megaspila; 85, Brachymeria euploeae; 86, Dirhinus anthracia; 87, Eniacomorpha bakeri. 88–90, Hindleg: 88, Brachymeria bengalensis; 89, Brachymeria jambolana; 90, Brachymeria megaspila. 91–92, Metasoma lateral view: 91, Brachymeria euploeae; 92, Brachymeria jambolana. 93–94, Mesosoma dorsal view: 93, Epitranus erythrogaster; 94, Epitranus oxytelus. 95–96, Metasoma dorsal view: 95, Hockeria argentigera; 96, Hockeria manii.
Figure 37–42 in Taxonomic studies on chalcid wasps (Hymenoptera: Chalcidoidea: Chalcididae) of Goa, India, with an illustrated key to genera and species
Figure 37–42. Habitus: 37–38, Hockeria argentigera; 39–40, Hockeria manii; 41–42, Haltichella clavicornis.
Figure 43–48 in Taxonomic studies on chalcid wasps (Hymenoptera: Chalcidoidea: Chalcididae) of Goa, India, with an illustrated key to genera and species
Figure 43–48. Habitus: 43–44, Indoinvreia menoni; 45–46, Kriechbaumerella pulvinata; 47–48, Neochalcis breviceps.
Figure 19–24 in Taxonomic studies on chalcid wasps (Hymenoptera: Chalcidoidea: Chalcididae) of Goa, India, with an illustrated key to genera and species
Figure 19–24. Habitus: 19–20, Brachymeria bengalensis; 21–22, Brachymeria carbonaria; 23–24, Brachymeria euploeae.
Figure 13–18 in Taxonomic studies on chalcid wasps (Hymenoptera: Chalcidoidea: Chalcididae) of Goa, India, with an illustrated key to genera and species
Figure 13–18. Habitus: 13–14, Antrocephalus phaeospilus; 15–16, Antrocephalus ryukyuensis; 17–18, Antrocephalus validicornis.
Figure 7–12 in Taxonomic studies on chalcid wasps (Hymenoptera: Chalcidoidea: Chalcididae) of Goa, India, with an illustrated key to genera and species
Figure 7–12. Habitus: 7–8, Antrocephalus fascicornis; 9–10, Antrocephalus nasutus; 11–12, Antrocephalus neogalleriae.
FIGURE 20 in Podapolipid mites (Acari: Heterostigmata): key to genera, biogeographical history and description of four new Australian species of Eutarsopolipus
FIGURE 20. Eutarsopolipus walteri sp. nov. Female legs I–III (A–C). Tarsi II–III with seta u″ present but obscured.
FIGURE 13 in Podapolipid mites (Acari: Heterostigmata): key to genera, biogeographical history and description of four new Australian species of Eutarsopolipus
FIGURE 13. Eutarsopolipus tripodus sp. nov. Male. Genu II with asymmetrical expression of seta l′. Tarsi II–III with minute seta u″ present but obscured.
FIGURE 9 in Podapolipid mites (Acari: Heterostigmata): key to genera, biogeographical history and description of four new Australian species of Eutarsopolipus
FIGURE 9. Larval Eutarsopolipus. (A) E. ampullaceous sp. nov. venter, showing apodemes and (B) coxal setae; (C) E. tripodus, coxal setae; (D) E. vepreculus, coxal setae; (E) E. walteri, coxal setae. Membranous idiosomal cuticle is shaded grey.
FIGURE 7 in Podapolipid mites (Acari: Heterostigmata): key to genera, biogeographical history and description of four new Australian species of Eutarsopolipus
FIGURE 7. Eutarsopolipus ampullaceous sp. nov. Male, legs I–III (A–C). Femur I with asymmetrical supernumerary seta (x); tarsi II–III with minute seta u″ present on tarsi II–III.
FIGURE 5 in Podapolipid mites (Acari: Heterostigmata): key to genera, biogeographical history and description of four new Australian species of Eutarsopolipus
FIGURE 5. Eutarsopolipus ampullaceous sp. nov. Male, dorsum. Membranous idiosomal cuticle is shaded grey.
FIGURE 6 in Podapolipid mites (Acari: Heterostigmata): key to genera, biogeographical history and description of four new Australian species of Eutarsopolipus
FIGURE 6. Male Eutarsopolipus. (A) E. ampullaceous sp. nov. venter, showing apodemes and (B) coxal setae; (C) E. tripodus, coxal setae; (D) E. vepreculus, coxal setae; (E) E. walteri, coxal setae. Membranous idiosomal cuticle is shaded grey.
FIGURE 3 in Podapolipid mites (Acari: Heterostigmata): key to genera, biogeographical history and description of four new Australian species of Eutarsopolipus
FIGURE 3. Female Eutarsopolipus. (A) E. ampullaceous sp. nov. venter, showing apodemes and (B) coxal setae; (C) E. tripodus, coxal setae; (D) E. vepreculus, coxal setae; (E) E. walteri, coxal setae. Membranous idiosomal cuticle is shaded grey.
FIGURE 21 in Podapolipid mites (Acari: Heterostigmata): key to genera, biogeographical history and description of four new Australian species of Eutarsopolipus
FIGURE 21. Eutarsopolipus walteri sp. nov. Male. Tarsi II–III setae pv′ and u″ not seen (possibly because of small mite size and large tc″ obscuring setae).
FIGURE 4 in Podapolipid mites (Acari: Heterostigmata): key to genera, biogeographical history and description of four new Australian species of Eutarsopolipus
FIGURE 4. Eutarsopolipus ampullaceous sp. nov. Female, legs I–III (A–C). Tarsi II–III with minute seta u″ present but obscured.
FIGURE 18 in Podapolipid mites (Acari: Heterostigmata): key to genera, biogeographical history and description of four new Australian species of Eutarsopolipus
FIGURE 18. Eutarsopolipus vepreculus sp. nov. Larva, dorsum (A) and legs (B–D). Tarsi II–III with setae u″ present but obscured.
FIGURE 1 in Podapolipid mites (Acari: Heterostigmata): key to genera, biogeographical history and description of four new Australian species of Eutarsopolipus
FIGURE 1. Biogeographic distribution of Eutarsopolipus species groups. Size of pie charts roughly correspond to the faunal diversity. Solid lines represent hypothesised ancestral distributions, while dotted lines suggest recent migration. The fauna of the Oriental and Indomalayan regions are combined and, along with the Afrotropical and Neotropical regions, is poorly known (3–4 spp). Monotypic species groups are not included.
FIGURE 14 in Podapolipid mites (Acari: Heterostigmata): key to genera, biogeographical history and description of four new Australian species of Eutarsopolipus
FIGURE 14. Eutarsopolipus tripodus sp. nov. Larva. Tarsi II–III with minute seta u″ present but not obscured.
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OpenNeuro
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