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Fig. 1 in A Worldwide Revision Of The Recent And Fossil Sand Crabs Of The Albuneidae Stimpson And Blepharipodidae, New Family (Crustacea: Decapoda: Anomura: Hippoidea)
Fig. 1. Convergent crabs: A. Thia scutellata (Fabricius, 1793). B. Corystes cassivelaunus (Pennant, 1777). C. Albunea carabus (Linnaeus, 1758). D. Ranina ranina (Linnaeus, 1758). E. Notopus dorsipes (Fabricius, 1787). A, B, after Hayward et al. (1995), C, after Zariquiey Alvarez (1968), D, after Tinker (1965), E, specimen from Madagascar (MNHN). Figures not given to scale.
Fig. 11 in A Worldwide Revision Of The Recent And Fossil Sand Crabs Of The Albuneidae Stimpson And Blepharipodidae, New Family (Crustacea: Decapoda: Anomura: Hippoidea)
Fig. 11. Lateral view of the left branchial chamber of a 44.9 mm cl Ƌ Blepharipoda occidentalis, showing the placement of a 6.9 mm specimen of Mysella pedroana (and a smaller clam located to the upper left of the larger specimen). The lateral carapace wall has been removed from the host. Note the matting of the gill filaments caused by the clam.
Fig. 17 in A Worldwide Revision Of The Recent And Fossil Sand Crabs Of The Albuneidae Stimpson And Blepharipodidae, New Family (Crustacea: Decapoda: Anomura: Hippoidea)
Fig. 17. Blepharipoda spinosa (H. Milne Edwards and Lucas, 1841): A–E, ♀, 24.0 mm cl, MACN 10811; F, Ƌ, 24.0 mm cl, ZMH K5141; G, ♀, 22.4 mm cl, ZMH K27279. A. Left pereopod I, lateral view. B. Left pereopod II, lateral view. C. Left pereopod III, lateral view. D. Left pereopod IV, lateral view. E. Abdominal somites I–VI, dorsal view. F. Telson of Ƌ, dorsal view. G. Telson of ♀, dorsal view. Scale = 4.4 mm (A, E–G) and 6.7 mm (B–D).
Fig. 3. Pereopod II in A Worldwide Revision Of The Recent And Fossil Sand Crabs Of The Albuneidae Stimpson And Blepharipodidae, New Family (Crustacea: Decapoda: Anomura: Hippoidea)
Fig. 3. Pereopod II dactyl of Albunea sp., lateral view, showing terms used in species accounts for landmarks on pereopod dactyli.
Fig. 9. Blepharipoda occidentalis J. W. Randall, 1840 in A Worldwide Revision Of The Recent And Fossil Sand Crabs Of The Albuneidae Stimpson And Blepharipodidae, New Family (Crustacea: Decapoda: Anomura: Hippoidea)
Fig. 9. Blepharipoda occidentalis J. W. Randall, 1840: A, Ƌ, 58.2 mm cl, AMNH 9048; B–J, Ƌ, 33.8 mm cl, AMNH 6157. A. Carapace and ocular peduncles, dorsal view. B. Ocular peduncles, dorsal view. C. Right antennule, lateral view. D. Left antenna, lateral view. E. Right mandible, mesial view. F. Right maxillule, lateral view. G. Left maxilla, lateral view. H. Right maxilliped I, lateral view. I. Right maxilliped II, lateral view. J. Right maxilliped III, lateral view. Scale = 3.3 mm (B, F), 4.4 mm (E, H, I), 5.9 mm (C, D, G), 6.7 mm (J), and 17.2 mm (A).
Fig. 10. Blepharipoda occidentalis J. W. Randall, 1840 in A Worldwide Revision Of The Recent And Fossil Sand Crabs Of The Albuneidae Stimpson And Blepharipodidae, New Family (Crustacea: Decapoda: Anomura: Hippoidea)
Fig. 10. Blepharipoda occidentalis J. W. Randall, 1840: A–F, Ƌ, 33.8 mm cl, AMNH 6157; G, ♀, 39.6 mm cl, AMNH 6157. A. Right pereopod I, lateral view. B. Left pereopod II, lateral view. C. Left pereopod III, lateral view. D. Left pereopod IV, lateral view. E. Abdominal somites I–VI, dorsal view. F. Telson of Ƌ, dorsal view. G. Telson of ♀, dorsal view. Scale = 4.4 mm (F, G), 6.7 mm (E), and 8.9 mm (A–D).
Figure 32 in Anatomy, systematics and phylogeny of both Recent and fossil latid fishes (Teleostei, Perciformes, Latidae)
Figure 32. Posttemporals of certain Recent and fossil latids: A, B, right posttemporal of Lates niloticus (MG 25), in, A, lateral and, B, medial views; C, left posttemporal of †Eolates gracilis (MCSNV VI.N.59), in lateral view. Scale bars = 3 mm.
Figure 29 in Anatomy, systematics and phylogeny of both Recent and fossil latid fishes (Teleostei, Perciformes, Latidae)
Figure 29. Schematic drawing of the different types of abdominal vertebrae, in anterior and left lateral views: A, vertebra with free parapophyses; B, vertebra with parapophyses linked by a bony horizontal bridge; C, vertebra with a modified haemal spine.
Figure 14 in Morphological perspective on the classification and evolution of Recent Pterioidea (Mollusca: Bivalvia)
Figure 14. Interfilamental associations in the Pterioidea. Transverse histological section (7 µm, Alcian Blue/Periodic Acid/ Schiff's trichrome stain). A, connections mediated by ciliated discs projecting from spurs (top lamella), Isognomon alatus (AMNH 298023, 43.41 mm); B, connections mediated by ciliated discs projecting from thickened ordinary filaments, Pteria loveni (MNHN MD32/Reunion 1982 St. DC85, 29.4 mm); C, connections mediated by both ciliated discs and organic fusion along basal side of filaments, Pteria colymbus (AMNH 298920, 63.6 mm). Abbreviations: c, interfilamentar cilia; cd, ciliated disc; tf, tissue fusion; ogf, ordinary filament; s, spur of ciliated disc. Scale bar = 0.05 mm.
Figure 9. A, B in Brood chambers constructed from spines in fossil and Recent cheilostome bryozoans
Figure 9. A, B, Stichomicropora baccata (Canu & Bassler), Maastrichtian, Tennessee, USA, USNM 69954. A, ovicell with spines intact; note lateral foramina opening above facets in cryptocysts of the two neighbouring autozooids. B, ovicell with spines broken off to reveal gymnocystal floor. C-E, Stichomicropora sp. 6. C, D, Maastrichtian, North Carolina, USA, NHM BZ4859. C, part of colony with numerous ovicells. D, ovicell with spines intact. E, two damaged ovicells; Maastrichtian, Alabama, USA, NHM BZ4796. F, Stichomicropora sp. 7, broken ovicell showing the floor and lateral facets; Maastrichtian, North Carolina, USA, NHM BZ4186. Scale bars: A, B, D–F = 100 Mm; C = 1 mm.
Figure 24 in Brood chambers constructed from spines in fossil and Recent cheilostome bryozoans
Figure 24. Schematic diagrams showing the shape of the mural rim and positioning of ovicell spine bases in frontal aspect; number of spines in Stichomicropora is approximate. Note that variable species may appear more than once. A, Stichomicropora sp. 1. B, S. oceani. C, Stichomicropora sp. 6. D, Stichomicropora sp. 1, S. sicksi and S. sulcata. E, S. oceani, Stichomicropora sp. 3, and Stichomicropora sp. 5. F, Stichomicropora sp. 6 and S. baccata. G, Stichomicropora spp. 1, 2 and 4, S. sicksi, S. sulcata, S. erecta, S. biconstricta, S. cf. clathrata and S. punctilla. H, S. marginula, Stichomicropora sp. 3; I, Distelopora bipilata and D. langi. J, Stichomicropora spp. 6 and 7, S. baccata, S. subquadrata, Monoporella spp. 1 and 2, M. prisca, M. nodulifera, and M. exculpta. K, Gilbertopora larwoodi or Wilbertopora mutabilis. L, Distelopora bipilata. M, Monoporella multilamellosa and M.? vincentownensis. N,?Thoracopora sp. and Craticulacella schneemilchae. O, Leptocheilopora tenuilabrosa, Leptocheilopora sp. 1, and Leptocheilopora sp. 2. P, Distelopora spinifera and Unidistelopora krauseae. R, Macropora spp.
Figure 18. A-C, Leptocheilopora tenuilabrosa Lang. A in Brood chambers constructed from spines in fossil and Recent cheilostome bryozoans
Figure 18. A-C, Leptocheilopora tenuilabrosa Lang. A, group of zooids and an ovicell (centre); Santonian, Hampshire, England, NHM D21210. B, complete ovicell, showing costae; Santonian, Sussex, England, NHM D28892. C, broken ovicell; Santonian, Hampshire, England, NHM D21210. D-F, Leptocheilopora sp. 1, Campanian, Norfolk, England, NHM D55505. D, three broken ovicells and a heterozooid with an enlarged orifice (right centre). E, complete ovicell. F, another complete ovicell. Scale bars: A = 500 Mm; B, C, E, F = 100 Mm; D = 200 Mm.
Figure 8. A-C in Brood chambers constructed from spines in fossil and Recent cheilostome bryozoans
Figure 8. A-C, Stichomicropora sp. 3, Coniacian, Kent, England, NHM D4125. A, group of ovicellate and nonovicellate zooids; note closure plates sealing zooids in bottom left. B, ovicell represented by a gently convex line of spine bases of which the innermost are aligned along the mural rim of the distal zooid. C, another ovicell with spine bases arranged in a straighter line. D, Stichomicropora sp. 4, worn specimen with distally convex arches of two broken ovicells (centre and top centre); Coniacian, Luton, England, NHM D8185. E, F, Stichomicropora sp. 5, Cenomanian, Devon, England, NHM D55618. E, group of zooids with an ovicell (bottom right). F, ovicell spine bases arranged in a straight line along the mural rim of the distal zooid, except for the two most lateral spine bases which are more proximally placed and separated from the mural rim. Scale bars: A, E = 250 Mm; B, C = 50 Mm; D, F = 100 Mm.
Figure 19. A-D in Brood chambers constructed from spines in fossil and Recent cheilostome bryozoans
Figure 19. A-D, Leptocheilopora sp. 2. Lower Maastrichtian, Norfolk, England. A, group of zooids with complete and broken ovicells; NHM BZ5206. B, broken ovicells, that in the centre associated with an intramurally budded reparative zooid; NHM BZ5205. C, complete ovicell; NHM BZ5204. D, the same ovicell at higher magnification, showing apparent lateral fusions between costae. E, F, Leptocheilopora magna Lang, Campanian, Norfolk, England, NHM BZ5207. E, broken ovicell, showing horizontal slit. F, another broken ovicell. Scale bars: A = 500 Mm; B = 200 Mm; C, E, F = 100 Mm; D = 50 Mm.
Figure 1 in Cladistic analysis and a revised classification of fossil and recent mysticetes
Figure 1. Strict consensus tree of six most parsimonious trees resulting from a cladistic analysis of 30 mysticetes (length 134 steps, CI, 0.82, RI, 0.92).
FIGURE 1 in Descriptions of the males of two recently described South African Panurginae (Hymenoptera: Andrenidae), with updated keys to the African species of Melitturga and Meliturgula
FIGURE 1: Melitturga (Australomelitturga) barbareae face (left half). Scale = 0.33mm.
Figure 6 from: Aleksandrowicz O (2011) Recent records of steppe species in Belarus, first indications of a steppe species invasion? ZooKeys 100: 475-485. https://doi.org/10.3897/zookeys.100.1541
Figure 6 - Actual catch of Zabrus tenebrioides in Belarus (■ – 2007) and its known distribution in eastern Europe (chequered area).
Figure 5 from: Aleksandrowicz O (2011) Recent records of steppe species in Belarus, first indications of a steppe species invasion? ZooKeys 100: 475-485. https://doi.org/10.3897/zookeys.100.1541
Figure 5 - Actual catch of Harpalus honestus in Belarus (■ – 1997) and its known distribution in eastern Europe (chequered area).
Figure 3 from: Aleksandrowicz O (2011) Recent records of steppe species in Belarus, first indications of a steppe species invasion? ZooKeys 100: 475-485. https://doi.org/10.3897/zookeys.100.1541
Figure 3 - Actual catch of Calosoma denticolle in Belarus (□ – 1988; ■ – 2007) and its known distribution in eastern Europe (chequered area).
Figure 4 from: Aleksandrowicz O (2011) Recent records of steppe species in Belarus, first indications of a steppe species invasion? ZooKeys 100: 475-485. https://doi.org/10.3897/zookeys.100.1541
Figure 4 - Actual catch of Harpalus subcylindricus in Belarus (○ – 1988) and its known distribution in eastern Europe (chequered area).
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Allen Brain Atlas
Allen Brain Atlas is an Allen Institute collection of brain map atlases, datasets, APIs, and analysis tools covering mouse, human, and non-human primate brain resources.
Annotated Behaviour and Observability Dataset (ABODe)
ABODe is a University of Edinburgh DataShare dataset for behavior classification in group-housed mice using home-cage video, identities, bounding boxes, ground-plate positions, and annotator labels.
DANDI Archive for NWB datasets
DANDI is a BRAIN Initiative archive for publishing and sharing neurophysiology data, including electrophysiology, optophysiology, and behavioral data packaged as NWB and related standards.
International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
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.