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Fig. 15 in Ready Species One: Exploring the Use of Augmented Reality to Enhance Systematic Biology with a Revision of Fijian Strumigenys (Hymenoptera: Formicidae)

Fig. 15. Shaded surface display volume renderings of Strumigenys chernovi (CASENT0184909).(A) Full-face view, (B) mandibles in full face view, (C) mandibular apical fork, (D) head in posterodorsal view, (E) head in profile view, (F) profile view, (G) dorsal view, (H) gaster in dorsal view.

Fig. 16 in Ready Species One: Exploring the Use of Augmented Reality to Enhance Systematic Biology with a Revision of Fijian Strumigenys (Hymenoptera: Formicidae)

Fig. 16. Shaded surface display volume renderings of Strumigenys ekasura (CASENT0184622). (A) Full-face view, (B) mandibles in full face view, (C) mandibular apical fork, (D) head in posterodorsal view, (E) head in profile view, (F) profile view, (G) dorsal view, (H) gaster in dorsal view.

Fig. 26 in Ready Species One: Exploring the Use of Augmented Reality to Enhance Systematic Biology with a Revision of Fijian Strumigenys (Hymenoptera: Formicidae)

Fig. 26. Distribution maps of Strumigenys species on the Fiji Islands. The following species are presented: S. anorak, S. avatar, S. artemis, S. basiliska, S. chernovi, S. daithma, S. ekasura, S. frivola.

Fig. 14 in Ready Species One: Exploring the Use of Augmented Reality to Enhance Systematic Biology with a Revision of Fijian Strumigenys (Hymenoptera: Formicidae)

Fig. 14. Shaded surface display volume renderings of Strumigenys basiliska (CASENT0185655). (A) Full-face view, (B) mandibles in full face view, (C) mandibular apical fork, (D) head in posterodorsal view, (E) head in profile view, (F) profile view, (G) dorsal view, (H) gaster in dorsal view.

Fig. 13 in Ready Species One: Exploring the Use of Augmented Reality to Enhance Systematic Biology with a Revision of Fijian Strumigenys (Hymenoptera: Formicidae)

Fig. 13. [AR marker] Shaded surface display volume renderings of Strumigenys avatar n. sp. (CASENT0185902). (A) Full-face view, (B) mandibles in full face view, (C) mandibular apical fork, (D) head in posterodorsal view, (E) head in profile view, (F) profile view, (G) dorsal view, (H) gaster in dorsal view. Scan in AR mode using Insects3D app to project 3D model.

Fig. 11 in Ready Species One: Exploring the Use of Augmented Reality to Enhance Systematic Biology with a Revision of Fijian Strumigenys (Hymenoptera: Formicidae)

Fig. 11. [AR marker] Shaded surface display volume renderings of Strumigenys anorak n. sp. (CASENT0186900). (A) Full-face view, (B) mandibles in full face view, (C) mandibular apical fork, (D) head in posterodorsal view, (E) head in profile view, (F) profile view, (G) dorsal view, (H) gaster in dorsal view. Scan in AR mode using Insects3D app to project 3D model.

Fig. 9 in Ready Species One: Exploring the Use of Augmented Reality to Enhance Systematic Biology with a Revision of Fijian Strumigenys (Hymenoptera: Formicidae)

Fig. 9. Worker caste of Fijian Strumigenys species in profile and dorsal views (A–X). (A B) S. anorak n. sp., holotype, CASENT0186900; (C, D) S. artemis n. sp., holotype, CASENT0184980; (E, F) S. avatar, holotype, CASENT0185902; (G, H) S. basiliska, paratype, CASENT0013153; (I, J) S. chernovi, CASENT0184914; (K, L) S. daithma, ANIC32017716; (M, N) S. ekasura, CASENT0184678; (O, P) S. frivola, paratype, BMNH(E)1014221; (Q, R) S. godeffroyi, CASENT0171155; (S,T) S. gunter n. sp., holotype, CASENT0184984; (U, V) S. jepsoni, syntype, CASENT0235852; (W, X) S. mailei, CASENT0186741.

Fig. 1 in Ready Species One: Exploring the Use of Augmented Reality to Enhance Systematic Biology with a Revision of Fijian Strumigenys (Hymenoptera: Formicidae)

Fig. 1. Screenshots illustrating available features in the Insects3D app.The Insects3D app is available for free on the Apple App Store and is compatible with iPhone and iPad devices. A video demonstrating the features and functionality of Insects3D is available from the online version of this article (Supp. Vid. S2) and on YouTube . https://youtu.be/uSy1M7zPjIY. (A) 3D mode displaying specimen model of Strumigenys avatar. (B) 3D mode displaying map model of S. avatar. (C) Augmented reality (AR) mode projecting specimen model of S. avatar using Fig 13 as the marker. (D) AR mode projecting map model of S. artemis using the universal marker (Supp. Fig.1 [online only]). (E) 3D model of S. avatar projected onto the surface of a laboratory desk using the ' place anywhere' function

Fig. 8 in Ready Species One: Exploring the Use of Augmented Reality to Enhance Systematic Biology with a Revision of Fijian Strumigenys (Hymenoptera: Formicidae)

Fig. 8. Worker caste of Fijian Strumigenys species in full face view (A–L). (A) S. membranifera, CASENT0171134, (B) S. nidifex, CASENT0914852; (C) S. oasis n. sp., holotype, CASENT0185751; (D) S. oasis close-up of posterior head margin; (E) S. panaulax, paratype, BMNH(E) 1014216; (F) S. parzival n. sp., holotype, CASENT0186960; (G) S. praefecta, CASENT0186986; (H) S. rogeri, CASENT0767610; (I) S. scelesta, CASENT0186833; (J) S. sulcata, paratype, CASENT0013152; (K) S. trauma, CASENT0184729; (L) S. tumida, CASENT0186506

opencc-by-4.0Oct 2024View details →

Consumer Readiness for EV Green Energy

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dryad32/100

Data from: Analysis-ready datasets for insecticide resistance phenotype and genotype frequency in African malaria vectors

The impact of insecticide resistance in malaria vectors is poorly understood and quantified. Here a series of geospatial datasets for insecticide resistance in malaria vectors are provided so that trends in resistance in time and space can be quantified and the impact of resistance found in wild populations on malaria transmission in Africa can be assessed. Data are also provided for common genetic markers of resistance to support analyses of whether these genetic data can improve the ability to monitor resistance in low resource settings. Specifically, data have been collated and geopositioned for the prevalence of insecticide resistance, as measured by standard bioassays, in representative samples of individual species or species complexes. Data are provided for the Anopheles gambiae species complex, the Anopheles funestus subgroup, and for nine individual vector species. In addition, allele frequencies for known resistance associated markers in the Voltage-gated sodium channel (Vgsc) are provided. In total, eight analysis-ready, standardised, geopositioned datasets encompassing over 20,000 African mosquito collections between 1957 and 2017 are provided.

opencc-zeroDec 2018View details →

FIGURE 12. Caprella equilibra Say, 1818 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)

FIGURE 12. Caprella equilibra Say, 1818 (Lagoon of Venice). SEM of first juvenile stage. A. Mxp, ventral view. Bar: 10µm. B. Mxp palp, detailed view of inner surface. Bar: 10µm. C. Mxp dactylus, detailed view. arrowheads bristle rows; arrow ventral setae. Bar: 2µm. D. Mxp inner plate = basal endite, ventrofrontal view. small arrowheads distal spines; large arrowhead distal, plumose setae; small arrow ventral, plumose setae. Bar: 10µm. E. Pr2, ventral view. Bar: 20µm. F. gills, lateral view. arrowheads setae at gill basis. Bar: 20µm. G. Gn1, lateral view of outer surface. small arrowhead bifid dactylus tip; large arrowheads distal setae; small arrow ventromarginal seta; big arrow grasping spine. Bar: 20µm. H. Gn1 propodus, detailed view. arrowheads pronged ridge. Bar: 10µm. I. Gn2, lateral view. small arrowheads setae on dactylus; small arrows setae on propodus; big arrow grasping spine. Bar: 20µm. J. P5, lateral view. arrowhead proximal seta; arrows ventrodistal setae. Bar: 20µm. K. propodus, ventral view. arrowhead 2 rows of fine teeth. Bar: 10µm. L. P7, lateral view. arrowhead proximal seta; arrows ventrodistal setae. Bar: 100µm. M. Abd, ventral view. Bar: 10µm. g gill; Lb labium; Plp 1,2 pleopod 1,2; Pls pleon setae; co coxa; ba basis; i ischium; m merus; crp carpus; prd propodus; dt dactylus.

FIGURE 8. Caprella equilibra Say, 1818 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)

FIGURE 8. Caprella equilibra Say, 1818 (Lagoon of Venice). SEM of ♀ adults. A. mouthparts, lateral view. Bar: 100µm. B. Mx1, lateral view. large arrowheads marginal setae fields; small arrowhead forked spines; arrow spinelike processes. Bar: 100µm. C. Mx2, ventral view. small, large arrowheads ventral setae fields; arrow marginal setae. Bar: 20µm. D. Mxp, ventral view. arrowheads spines on outer plate = ischial endite. Bar: 200µm. E. Mxp, inner plate = basal endite and outer plate = ischial endite, laterodorsal view. arrowheads spines. Bar: 20µm. F. Mxp, endopodit, detailed view. large arrowheads setae; small arrowheads bristle rows. Bar: 40µm. G. ♀ genital opening on Pr 5, posterioventral view. arrowhead setae. Bar: 100µm. H. Gn1, 2, lateral view. arrowhead proximal spine; arrow ventral spine on pereonite 2. Bar: 200µm. I. P5 propodus, ventral view. arrowheads grasping spines. Bar: 100µm. J. grasping spines. small arrowheads lamellae; large arrowhead median process. Bar: 20µm. iedt outer plate = ischial endite; End endopodit; bedt inner plate = basal endite; Lb labium; Lmob lacinia mobilis; MxP maxilla 1 palp; outpl outer plate; ba basis; i ischium; m merus; crp carpus; prd propodus; dt dactylus.

FIGURE 5 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)

FIGURE 5. Caprella cavediniae Krapp-Schickel & Vader, 1998 (Istria, Cape Savudrija). SEM of first juvenile stage. A. habitus, lateroventral view. Bar: 200µm. B. cephalon with mouthparts, frontal view. Bar: 20µm. C. Lbr, dorsal and detailed view. arrowheads fine teeth. Bar: 2µm. D. left Md, lateral view. Bar: 20µm. E. left Md with 3 accessory setae. Bar: 10µm. F. right Md with 2 accessory setae. Bar: 10µm. G. flagellum of A2. arrowheads apical spines. Bar: 20µm. H. L, frontal view. Bar: 10µm. I. Mx1, lateral view. arrowhead distal seta. Bar: 20µm. J. Mx1, frontal view. arrowheads Mx1 palp, spines with toothed ridge; arrow outer plate, forked spines. Bar: 10µm. K. Mx2, ventral view. large arrowheads distal, plumose setae; small arrowheads ventral setae; arrow marginal setae fringe. Bar: 10µm. acS accessory setae; A gl antennal gland; g gills; inpl inner plate; Lb labium; Lmob lacinia mobilis; MP mouthparts; Mdr/l right/left mandible; MxP maxilla 1 palp; outpl outer plate; Pinc processus incisivus; Pmol processus molaris.

FIGURE 4 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)

FIGURE 4. Caprella cavediniae Krapp-Schickel & Vader, 1998 (Istria, Cape Savudrija). LM of first juvenile stage. A. habitus, lateral view. Bar: 200µm. B. left Md with 3 accessory setae. Bar: 20µm. C. Mx1,2, dorsal view. Bar: 50µm. D. Gn1, lateral view of inner surface. arrowhead setae at dactylus tip. Bar: 50µm. E. Gn2, lateral view of outer surface. arrowhead spine; arrow dactylus tip with distal seta. Bar: 50µm. F. P5, lateral view. arrowheads spines. Bar: 50µm. g gills; inpl inner plate; Lmob lacinia mobilis; MP mouthparts; Mx1r/l right/left maxilla 1; MxP maxilla 1 palp; outpl outer plate; Pinc processus incisivus; Pmol processus molaris; ba basis; i ischium; m merus; crp carpus; prd propodus; dt dactylus.

FIGURE 3 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)

FIGURE 3. Caprella cavediniae Krapp-Schickel & Vader, 1998 (Istria, Cape Savudrija (A–F, I, J) and Italy, Island of Giglio (G, H)). SEM of ♀ adults. A. left Md, lateral view. arrowheads fields of fine setae. Bar: 20µm. B. accessory spines, detailed view. arrowheads axillary setae. Bar: 10µm. C. Mx1. large arrowhead ventromarginal setae; small arrowheads fields of fine setae on outer plate; arrow seta on 1. article of palp. Bar: 20µm. D. spines on Mx1 palp. arrowheads serrated ridge. Bar: 2µm. E. Mx2, ventral view. arrowheads fine setae on inner plate. Bar: 20µm. F. distal setae on Mx2, outer plate. arrowheads, arrow 3 different types of setae. Bar: 10µm. G. Pr 5, lateral view. arrowheads dorsal tubercle; arrow ventrodistal genital openings. Bar: 100µm. H. tubercle, enlarged view. arrowheads 3 setae. Bar: 2µm. I. gill on Pr 3, lateral view. Bar: 100µm. J. gill basis, detailed view. arrowheads 2 plumose setae. Bar: 10µm. acS accessory setae; inpl inner plate; Lmob lacinia mobilis; g gill; MxP Maxilla 1 palp; Oost oostegit; outpl outer plate; Pinc processus incisivus.

FIGURE 1 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)

FIGURE 1. Caprella cavediniae Krapp-Schickel & Vader, 1998 (Italy, Island of Giglio). SEM of the habitus of ♀ adults and first juvenile stage. A. lateral habitus, ♀ adult. arrowheads dorsal tubercle. Bar: 1mm. B. lateral habitus, first juvenile stage. Bar: 200µm. g gill; MP mouthparts; Oost oostegit.

FIGURE 11. Caprella equilibra Say, 1818 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)

FIGURE 11. Caprella equilibra Say, 1818 (Lagoon of Venice). SEM of first juvenile stage. A. habitus, ventral view. Bar: 200µm. B. mouthparts, frontal view. Bar: 20µm. C. mouthparts, lateral view. arrowhead antennal gland. Bar: 20µm. D. right Md, lateral view. arrowheads accessory setae. Bar: 20µm. E. left Md. Bar: 2µm. F. processus molaris. arrowheads roundish concavities. Bar: 2µm. G. Mx1, laterofrontal view. arrowheads spinelike processes; small arrows marginal fine setae; big arrow ventral field of fine setae. Bar: 10µm. H. Mx1 palp, lateral view. arrowheads laterodistal setae. Bar: 20µm. I. outer plate of Mx1, frontal view. arrowheads forked spines. Bar: 10µm. J. Mx2, ventral view. small arrowhead distal setae; big arrowheads short, ventral setae; arrow longer ventral setae. Bar: 10µm. acs accessory setae; Agl antennal gland; g gill; inpl inner plate; Lb labium; lmob lacinia mobilis; mdr/l right/left mandible; mp mouthparts; MxP maxilla 1 palp; outpl outer plate; pinc processus incisivus; pmol processus molaris.

FIGURE 7. Caprella equilibra Say, 1818 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)

FIGURE 7. Caprella equilibra Say, 1818 (Lagoon of Venice). SEM of the habitus of ♀ adults and first juvenile stage. A. Habitus of ♀ adults, lateral view. Bar: 1mm. B. Habitus of first juvenile stage, lateral view. Bar: 100µm. g gill; ma marsupium; MP mouthparts.

FIGURE 10. Caprella equilibra Say, 1818 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)

FIGURE 10. Caprella equilibra Say, 1818 (Lagoon of Venice). LM of first juvenile stage. A. habitus, lateral view. Bar: 200µm. B. A1 and A2. arrowhead second flagellum art; arrow ventrodistal seta. Bar: 100µm. C. left Md. Bar: 20µm. D. Mx1, 2, ventrolateral view. Bar: 20µm. E. Mxp, dorsal view. Bar: 50µm. F. Gn1, detailed view. small arrowheads submarginal setae; large arrowheads subdorsal setae; small arrow plumose seta; large arrow grasping spine. Bar: 20µm. G. P5–7, ventral view. Bar: 200µm. acS accessory setae; e eye; End endopodit; g gill; inpl inner plate; Lmob lacinia mobilis; MxP maxilla 1 palp; outpl outer plate; Pinc processus incisivus; crp carpus; prd propodus; dt dactylus.