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FIGURE 2 in The weevil genera Nyphaeba Pascoe and Pantiala Pascoe and the problems of an unstable nomenclature in orphaned taxa
FIGURE 2. Nyphaeba germari (Faust), holotype; (a) Habitus in dorsal aspect (b) Ovipositor (c) sternite VIII; (d) tergite VIII (e) Habitus in lateral aspect before remounting (f) original labels.
FIGURES 4–18 in Identity of the oribatid mite Oribata curva and transfer to Trichogalumna (Acari, Oribatida, Galumnidae), with discussion of nomenclatural and biogeographical issues in the ' curva ' species-group
FIGURES 4–18. Trichogalumna curva (Ewing, 1907). Permanently slide-mounted historical adult specimens (see text). Photomicrographs (except 4) with transmitted, differential interference contrast illumination: 4—cotype slide of Oribata curva Ewing, 1907; 5—dorsal habitus of cotype, with egg on right side; 6—distal part of right bothridial seta of cotype; 7—distal part of left bothridial seta of cotype; 8—left notogastral seta p3 of cotype; 9—left porose area Aa of cotype at surface focus, with insert below at deep focus; 10—right porose area A1 of cotype (surface focus); 11—right porose area A2 of cotype (surface focus); 12—left porose area Aa of Ewing specimen from Missouri at surface (top, with base of seta lm) and deep (bottom insert) focus; 13—porose area A1 (surface focus) of Ewing specimen from Arcola, Illinois, showing absence of slits; 14— porose area A1 of Ewing specimen from Missouri at surface focus (and lyrifissure im), with insert at deep focus; 15—right porose area Aa of Jacot specimen from North Carolina at surface (top) and deep (bottom insert) focus; 16—same, but different specimen from North Carolina, showing absence of slits; 17—partial right pteromorph of Jacot specimen from North Carolina (anterior to top); pteromorph of Ewing specimen from Urbana, Illinois (deteriorated glycerin medium, anterior to right), showing accentuated striae. Scale bars: 100 µm (5), 10 µm (6–18); 6–16 to same scale.
FIGURES 1–3 in Identity of the oribatid mite Oribata curva and transfer to Trichogalumna (Acari, Oribatida, Galumnidae), with discussion of nomenclatural and biogeographical issues in the ' curva ' species-group
FIGURES 1–3. Trichogalumna curva (Ewing, 1907) adult (specimen from Columbia, Missouri): 1—dorsal view (legs omitted); 2—ventral view (legs omitted, gnathosoma represented only by slightly raised subcapitular mentum); 3—lateral view (gnathosoma and legs omitted). Scale bar: 100 µm.
FIGURES 19–31 in Identity of the oribatid mite Oribata curva and transfer to Trichogalumna (Acari, Oribatida, Galumnidae), with discussion of nomenclatural and biogeographical issues in the ' curva ' species-group
FIGURES 19–31. Trichogalumna curva (Ewing, 1907), dissected adult specimens. Photomicrographs with transmitted, differential interference contrast illumination: 19—left porose area A1 (surface focus) and surrounding region of specimen from Florida; 20—same specimen, but right A1; 21—left porose area A1 of second Florida specimen; 22—left area A1 of third Florida specimen; 23—right area Aa of same specimen; 24 left area A2 of same specimen; 25—North Carolina specimen, anterior view of rostrum showing M-shaped inner excavation and inner rostral tooth (irt) by transparency (damage includes vertical crack * and broken edge of thin rostral lobe); 26—same, but deeper focus to show rostrophragma (rp); 27—same, lateral view, showing deep inner excavation of rostral lobe into which tooth irt projects; 28—central region of notogaster, Florida specimen, showing transverse band of larger tubercles, with central region of longitudinal striae (arrow); 29—left genital region of New York specimen showing fine granules and minute striae (arrow) on epimeres 3 and 4, and long striae near genital plate; 30—same, but deep focus to show apodemes 3 and 4 (on either side of seta 3b) and streaks (arrows) on inner cuticular surface in striate region; 31—same specimen, showing transverse band of large tubercles between aggenital seta (ag) and anal plate. Scale bars: 10 µm (19–24 to same scale).
FIGURES 19–23 in On mysterious occurrence of butterflies in the genus Delias at Jinmen Islands, with clarification on the nomenclature of D. pasithoe (Linnaeus, 1767) and D. acalis (Godart, 1819) in southern China
FIGURES 19–23. Adult specimens of Delias acalis pyramus. 19. Dorsal view of male from Yunnan (YUNNAN: Dehong Zhou, Ruili Shi, Bangdashan, 1400 m, 5/6. XI. 2014, Coll. Y. F. Hsu & N. Y. Tsai); 20. Ventral view of individual in Fig. 19; 21. Dorsal view of female from Yunnan (YUNNAN: Dehong Zhou, Ruili Shi, Ruili Botanical Garden, 16. IX. 2015, Coll. Y. F. Hsu); 22. Ventral view of individual in Fig. 21. 23. Illustration associated with the original description of Papilio thysbe Cramer, [1779] (from Cramer, [1779]).
FIGURES 1–2. 1 in On mysterious occurrence of butterflies in the genus Delias at Jinmen Islands, with clarification on the nomenclature of D. pasithoe (Linnaeus, 1767) and D. acalis (Godart, 1819) in southern China
FIGURES 1–2. 1, Delias pasithoe pasithoe taking nectar from flowers of Lantana camara (JINMEN: Jinsha, Shishan, 27. X. 2012, Photograph by C.C. Lu); 2, Delias acalis acalis taking nectar from flowers of Lantana camara (JINMEN: Jinsha, Shishan, 27. X. 2012, Photograph by C.C. Lu)
FIGURE 2 in Checklist, typification details, and nomenclature status of Basidiomycota, originally described from Sri Lanka
FIGURE 2. Most weighted genera in Basidiomycota. As many as 516 species (71.2%) shares within 20 genera, Agaricus (169), Marasmius (62), Polyporus (53), Uredo (49), Corticium (27), Hygrophorus (20), Thelephora (15), Lentinus (15), Hydnum (12), Hymenochaete (11), Poria (11), Clavaria (10), Puccinia (10), Coprinus (9), Cyphella (9), Lycoperdon (8), Lactarius (7), Cantharellus (7), Hexagonia (6), and Stilbum (6). Other 211 species (29.1%) spread among 118 genera.
FIGURE 1 in Checklist, typification details, and nomenclature status of Basidiomycota, originally described from Sri Lanka
FIGURE 1. Some basidiomycetes captured in Sri Lanka. A. Pleurotus giganteus B. Russula aff. virescens C. Tremella fuciformis D. Lentinus sajor-caju E. Favolaschia calocera F. Filoboletus manipularis G. Anthracophyllum archeri (Photo credit: Michael Pilkington).
Figs. 1–4. 1 in Nomenclatural Changes in Pyrochroinae: Three Maurice Pic Types ofPseudodendroidesBlair (Coleoptera: Pyrochroidae)
Figs. 1–4. 1) Himalapyrochroa nitidicollis, adult female, syntype of Pseudodendroides nitidicollis, habitus, dorsal view; 2) H. nitidicollis, head, dorsal view; 3) Himalapyrochroa gibbosa, adult female head, dorsal view; 4) Pseudodendroides niponensis, adult female head, dorsal view.
Figs. 5–8 in Nomenclatural Changes in Pyrochroinae: Three Maurice Pic Types ofPseudodendroidesBlair (Coleoptera: Pyrochroidae)
Figs. 5–8. Sinodendroides distinctipennis, adult female, syntype of Pseudodendroides distinctipennis: 5) Habitus, dorsal view; 6) head, dorsal view. Pseudodendroides sulcatithorax, adult female, holotype of Pseudodendroides nitidicollis v. sulcatithorax: 7) Habitus, dorsal view; 8) Head, dorsal view.
FIGURE 7. A, B in Resolving taxonomic and nomenclatural problems in the genus Caligus O.F. Müller, 1785 (Copepoda: Caligidae)
FIGURE 7. A, B, Dorsal habitus views of male (A) and "female" (B) Caligus mebachii Marukawa, 1927, illustration from the 1956 abridged edition of Marukawa (1947) [Copyright expired in 2008]; C, Anal somite and caudal rami of male Caligus coryphaenae Steenstrup & Lütken, 1861, dorsal view using CLSM; D, Same, using light microscopy.
FIGURE 1 in Resolving taxonomic and nomenclatural problems in the genus Caligus O.F. Müller, 1785 (Copepoda: Caligidae)
FIGURE 1. Caligus belones Krøyer, 1863 adult female (body length 5.7 mm). A, habitus, dorsal; B, antenna, postantennal process and maxillule in situ, ventral; C, sternal furca; D, leg 1; E, leg 2; F, exopod of leg 3; G, exopod of leg 4.
FIGURE 6. Caligus pagri Capart, 1941 in Resolving taxonomic and nomenclatural problems in the genus Caligus O.F. Müller, 1785 (Copepoda: Caligidae)
FIGURE 6. Caligus pagri Capart, 1941 adult female (body length 2.8 mm). A, habitus, dorsal; B, caudal ramus, dorsal; C, antenna, postantennal process and maxillule in situ, ventral; D, sternal furca; E, leg 1; F, leg 2; G, exopod of leg 3; H, exopod of leg 4.
FIGURE 2. Caligus engraulidis Barnard, 1948 in Resolving taxonomic and nomenclatural problems in the genus Caligus O.F. Müller, 1785 (Copepoda: Caligidae)
FIGURE 2. Caligus engraulidis Barnard, 1948 adult female (body length 3.5 mm). A, caudal ramus; B, antenna, postantennal process and maxillule in situ, ventral; C, sternal furca; D, leg 1; E, leg 2 (with some setae missing on endopod); F, first and second exopodal segments of leg 3; G, leg 4.
FIGURE 3. Caligus hemiconiati Capart, 1941 in Resolving taxonomic and nomenclatural problems in the genus Caligus O.F. Müller, 1785 (Copepoda: Caligidae)
FIGURE 3. Caligus hemiconiati Capart, 1941 adult female (body length 3.2 mm). A, distal part of abdomen and caudal rami, dorsal; B, antenna, postantennal process and maxillule in situ, ventral; C, sternal furca; D, rami of leg 2 (with some setae missing on endopod); E, exopod of leg 3; F, exopod of leg 4.
FIGURE 5. Caligus pageti Russell, 1925 in Resolving taxonomic and nomenclatural problems in the genus Caligus O.F. Müller, 1785 (Copepoda: Caligidae)
FIGURE 5. Caligus pageti Russell, 1925 adult female (body length 5.6 mm). A, genital complex and abdomen, dorsal; B, antenna, ventral; C, leg 1; D, leg 2; E, leg 3; F, exopod of leg 4.
FIGURE 1 in Comments on "Chersine Merrem, 1820 and Chersina Gray, 1831: a nomenclatural survey by Bour & Ohler, Zootaxa, 1752: 66-68"
FIGURE 1. Reproduction of the bilingual diagnosis of Chersine graeca by Merrem (1820). It is obvious from the diagnosis that the taxonomic species Testudo hermanni was meant (see text). That Merrem named the species in German 'echte' (= true) [tortoise] may have prompted Lindholm (1929) to designate T. hermanni as the type species of Chersine.
FIGURE 9 in <p><strong>Nomenclatural and taxonomic problems related to</strong> <strong>the electronic publication of new nomina and nomenclatural acts in zoology, with brief comments on optical discs and on the situation in botany</strong></p>
FIGURE 9. Three documents concerning Gingerich et al. (2009) downloaded from the PLoS website on 18 December 2012: (a) first web page devoted to this work on the website; (b) first page of PDF of work, dated 4 February 2009; (c) comment 2, dated 22 May 2009, accessed through the link "Comments: 2" on top of (a).
FIGURE 10 in <p><strong>Nomenclatural and taxonomic problems related to</strong> <strong>the electronic publication of new nomina and nomenclatural acts in zoology, with brief comments on optical discs and on the situation in botany</strong></p>
FIGURE 10. Three documents concerning Franzen et al. (2009) downloaded from the PLoS website on 18 December 2012: (a) first web page devoted to this work on the website; (b) comment 7, dated 21 May 2009, accessed through the link "Comments: 13" on top of (a); (c) "formal correction", dated 21 July 2009, accessed through the link "Formal correction: 1" on top of (a).
FIGURES 1–5. 1a in Elucidating Article 45.6 of the International Code of Zoological Nomenclature: A dichotomous key for the determination of subspecific or infrasubspecific rank
FIGURES 1–5. 1a, Alphus senilis ab. uniformis, excerpt from original description (yellow highlight added for emphasis); 1b, A. senilis ab. uniformis, specimen dorsal habitus; 1c, A. senilis ab. uniformis, specimen labels; 2, Chariesthes subunicolor var. pictulus, original description (yellow highlight added for emphasis); 3, Oberea nigriceps n. obscuripennis nov., original description (yellow highlight added for emphasis); 4a, Trachyderes variegatus var. flavocinctus, excerpt from original description (yellow highlight added for emphasis); 4b, T. variegatus var. flavocinctus, specimen labels; 5a, Psenocerus supernotatus var. funebris, excerpt from original description (yellow highlight added for emphasis); 5b, Chalcophora virginiensis ssp. antennalis, excerpt from original description (yellow highlight added for emphasis).
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Allen Brain Atlas
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International Brain Laboratory public data
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OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.