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93 results for “taxonomic differentiation”
Figure 1 in Pleistocene population differentiation in the ant Myrmica scabrinodis (Hymenoptera: Formicidae) - a taxonomic borderline case
Figure 1. Head measurements.
Figs. 30–34 in Taxonomic Status Of A Florida Differentiate In The Erynnis Brizo Species Group: Classical Evidence (Lepidoptera: Hesperiidae: Pyrginae)
Figs. 30–34. Male genitalia of the same specimen of Erynnis brizo. 30–32, Tegumen, uncus, and gnathos in three views: 30, Dorsal. 31, Left lateral. 32, Ventral. 33–34, Valvae in lateral views: 33, Right valva. 34, Left valva.
Figs. 40–44 in Taxonomic Status Of A Florida Differentiate In The Erynnis Brizo Species Group: Classical Evidence (Lepidoptera: Hesperiidae: Pyrginae)
Figs. 40–44. Male genitalia of the same specimen of Erynnis burgessi. Tegumen, uncus, and gnathos in three views: 40, Dorsal. 41, Left lateral. 42, Ventral. 43–44, Valvae in lateral views: 43, Right valva. 44, Left valva.
Figs. 16–27. Erynnis somnus and E in Taxonomic Status Of A Florida Differentiate In The Erynnis Brizo Species Group: Classical Evidence (Lepidoptera: Hesperiidae: Pyrginae)
Figs. 16–27. Erynnis somnus and E. brizo from Florida and Georgia. Ventral views of individuals in Figs. 4–15.
Figs. 47–48 in Taxonomic Status Of A Florida Differentiate In The Erynnis Brizo Species Group: Classical Evidence (Lepidoptera: Hesperiidae: Pyrginae)
Figs. 47–48. Male genitalia of the same specimen of Erynnis lacustra. 47–48, Valvae in lateral views: 47, Right valva. 48, Left valva.
Figs. 2–3 in Taxonomic Status Of A Florida Differentiate In The Erynnis Brizo Species Group: Classical Evidence (Lepidoptera: Hesperiidae: Pyrginae)
Figs. 2–3. Maps show and name counties and pinpoint localities successfully sampled for Erynnis somnus (dots) and E. brizo (triangles). Arrows show sources of samples in Table 1. 2, Southeastern Georgia and northeastern Florida. 3, Eastern Panhandle and northwestern Peninsula of Florida.
Subspecies and Distribution. . b. borneensis Meters, 1861 — Borneo, as well as nearby Banggi, Labuan, and Karimata Is. R. b. importunus Chasen, 1939 — C & SWJava, including Nusakambanagan I off S Java. . b. spadix G. S. Miller, 1901 — South Natuna Is. Taxonomic identity of specimens collected in NW Peninsular Malaysia is uncertain. Also, either this species or the Sulawesi Horseshoe Bat (. celebensis) was recently captured in Lampung Province, Sumatra, but in that study the two species were not differentiated. in Rhinolophidae
Subspecies and Distribution. . b. borneensis Meters, 1861 — Borneo, as well as nearby Banggi, Labuan, and Karimata Is. R. b. importunus Chasen, 1939 — C & SWJava, including Nusakambanagan I off S Java. . b. spadix G. S. Miller, 1901 — South Natuna Is. Taxonomic identity of specimens collected in NW Peninsular Malaysia is uncertain. Also, either this species or the Sulawesi Horseshoe Bat (. celebensis) was recently captured in Lampung Province, Sumatra, but in that study the two species were not differentiated.
FIGURE 4 in Variability of Echiniscus tristis Gąsiorek & Kristensen, 2018 - is morphology sufficient for taxonomic differentiation of Echiniscidae?
FIGURE 4. Echiniscus tristis Gąsiorek & Kristensen, 2018 (population from Madagascar): A–B—a comparison of different pore sizes on scapular plate in different specimens (PCM); C–D—comparison of different pore sizes on scapular plate in different specimens (SEM); E–F—comparison of different pore sizes on median pate I in different specimens (PCM). Scale bars in micrometres [μm].
FIGURE 7 in Variability of Echiniscus tristis Gąsiorek & Kristensen, 2018 - is morphology sufficient for taxonomic differentiation of Echiniscidae?
FIGURE 7. Echiniscus tristis Gąsiorek & Kristensen, 2018 (population from Madagascar): A –B—cuticular folds (filled arrowheads) and patches of pillars (arrows) on legs (PCM and SEM respectively); C—cuticular fold (filled arrowhead), patch of pillars (arrow) and spine (indented arrowhead) on leg I (PCM); D—cuticular fold (filled arrowhead) and dentate collar (empty arrowhead) on leg IV (PCM); E–F –dentate collar (empty arrowhead), cuticular fold (filled arrowhead) and papilla (empty arrow) on leg IV (PCM and SEM, respectively); G—claws II (PCM); H—claws I (SEM). Scale bars in micrometres [μm].
FIGURE 9 in Variability of Echiniscus tristis Gąsiorek & Kristensen, 2018 - is morphology sufficient for taxonomic differentiation of Echiniscidae?
FIGURE 9. Echiniscus tristis Gąsiorek & Kristensen, 2018 (population from Madagascar)—larvae: A—dorso-ventral assembled image; B—claws of leg II; C—pores on scapular plate; D—pores on terminal plate. PCM. Scale bars in micrometres [μm].
FIGURE 8 in Variability of Echiniscus tristis Gąsiorek & Kristensen, 2018 - is morphology sufficient for taxonomic differentiation of Echiniscidae?
FIGURE 8. Echiniscus tristis Gąsiorek & Kristensen, 2018 (population from Madagascar)—juvenile: A—dorso-ventral assembled image; B—claws of leg II; C—pores on scapular plate; D—pores on terminal plate, PCM. Scale bars in micrometres [μm].
FIGURE 5 in Variability of Echiniscus tristis Gąsiorek & Kristensen, 2018 - is morphology sufficient for taxonomic differentiation of Echiniscidae?
FIGURE 5. Echiniscus tristis Gąsiorek & Kristensen, 2018 (population from Madagascar): A—large pores on head plate (PCM); B paired plate visible in SEM; C–D—a comparison of different density of pores on paired plates in different specimens, arrow (PCM); E–F—a comparison of different pore sizes on terminal pate in different specimens (PCM). Scale bars in micrometres [μm].
FIGURE 8 in Phylogenetic differentiation and taxonomic consequences in the Saurodactylus brosseti species complex (Squamata: Sphaerodactylidae), with description of four new species
FIGURE 8. Holotype (lectotype) of Saurodactylus brosseti. Photo by S. Javanmardi.
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OpenNeuro
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