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Fig. 14 in Hipparion macedonicum revisited: New data on evolution of hipparionine horses from the Late Miocene of Greece
Fig. 14. Habitat scores for the third metacarpals (A) and metatarsals (B) of Hipparion macedonicum from the various Greek localities; the habitat scores are calculated following Scott (2004). Dots indicate outliers and asterisks single specimens.
Fig. 14. Conodont P1 in Geometric morphometric analysis and taxonomic revision of the Gzhelian (Late Pennsylvanian) conodont Idiognathodus simulator from North America
Fig. 14. Conodont P1 elements of Idiognathodus auritus (Chernykh, 2005) from the Heebner Shale, Gzhelian (Late Pennsylvanian). A. SUI 141042 (TT0314); Sedan 17. B. SUI 141043 (TT0311); Sedan 24. C. SUI 141044 (TT0251); Sedan 11. D. SUI 141045 (TT0222); Clinton 12. E. SUI 141046 (TT0251); Sedan 11. F. SUI 141047 (TT0235); Sedan 11. G. SUI 141048 (TT0256); Sedan 11. H. SUI 141049 (TT0095); I229-83. I. SUI 141050 (TT0093); Clinton 21. J . SUI 141051 (TT0094); I229-83. K. SUI 141052 (TT0221); Clinton 12. L. SUI 141053 (TT0169); Sedan 23. M. SUI 141054 (TT0167); Sedan 23.
Fig. 14 in Ordovician rafinesquinine brachiopods from peri-Gondwana
Fig. 14. Rafinesquinine brachiopod Rafinesquina (Mesogeina) loredensis sp. nov.; middle Katian (Ka2), Upper Ordovician; Porto de Santa Anna Formation, Portuguese Central Iberian Zone, Portugal. A. IGM-2919, holotype, internal mould (A1), latex cast of interior (A2), detail of pseudopunctae (A3) of a ventral valve. B. IGM-2926, paratype, internal mould of dorsal valve (B1), details of cardinalia in posteroventral (B2) and anteroventral (B3) views. C. IGM-2925, paratype, latex cast of exterior of dorsal valve. D. IGM-2927, paratype, internal mould of ventral valve. E. IGM-2923, paratype, internal mould of small ventral valve. Scale bars 2 mm.
Fig. 14 in New specimens of the multituberculate mammal Sphenopsalis from China: Implications for phylogeny and biology of taeniolabidoids
Fig. 14. The upper and lower left molars of multituberculate mammal Lambdopsalis bulla Matthew, Granger, and Simpson, 1928 (IVPP V20101) from the upper Paleocene Nomogen beds at the Bayan Ulan locality, Inner Mongolia, China. Crown view of m1–2 (A) and M1–2 (B). Wear facets: 1, on lingual sides of the buccal cusps of m2; 2, on buccal sides of the lingual cusps of m2; 3, on lingual sides of the lingual cusps of m2; 4, on buccal sides of the lingual cusps of M2; 5, on lingual sides of medial cusps of M2; 6, on the buccal sides of medial cusps of M2; 7, on buccal sides of the buccal cusps of m1; 8, on lingual sides of the buccal cusps of m1; 9, on buccal sides of the lingual cusps of m1; 10, on lingual sides of the lingual cusps of m1; no wear facet was developed yet on the cusp of the buccal (external) cusp row of M2 in this specimen.
Fig. 14 in Thyasirid bivalves from Cretaceous and Paleogene cold seeps
Fig. 14. Thyasirid bivalve Maorithyas? sp. from upper Eocene cold seep carbonates in the "Siltstone of Cliff Point", Bear River, western Washington State, USA. ZPAL L.16/13, a poorly preserved specimen in left (A), right (B) lateral, and dorsal (C) views.
Fig. 14 in The West African enigma: Systematics, evolution, and palaeobiogeography of cardiid bivalve Procardium
Fig. 14. Cardiid bivalve Procardium jansseni sp. nov. Graphic reconstruction of a right valve based on 12 fragments from Langhian (Miocene), The Netherlands, Miste, and Beringe. Fragments covering the majority of valve surface. Scale bar 20 mm.
Fig. 14 in Fossil freshwater sponges: Taxonomy, geographic distribution, and critical review
Fig. 14. Lutetiospongilla heili Richter and Wuttke, 1999, Spongillida: Spongillidae; Eocene, Messel oil shale, Germany. A. Holotype, SMF ME I 5143, carpet of closely bound gemmules with evident lumina and large radial gemmuloscleres. B. Single gemmular theca, firmly sessile on the surface of a woody plant, oblique view. Gemmular lumen (top right). C. Broken gemmule in the sediment with gemmular theca mainly formed of small more or less radially arranged gemmuloscleres. D. Broken-up lumen of a gemmule. Numerous mixed inner ends of large and small gemmuloscleres. E. Megasclere and large gemmuloscleres. F. Scattered sample with numerous huge gemmuloscleres. G. Megascleres originally finely spiny. Here, the pores are further apart and are narrower than in H. H. Gemmuloscleres from Messel with corrosion canals of original dense spines. SEM images. Modified from: A–D, Richter and Wuttke (1999); E, F, Richter and Baszio (2009); G, H, Richter and Baszio (2000).
Fig. 14 in A middle Eocene seep deposit with silicified fauna from the Humptulips Formation in western Washington State, USA
Fig. 14. The provannid gastropod Provanna fortis sp. nov. from the middle Eocene Satsop Weatherwax seep deposit, Washington State, USA. A. NRM Mo 185027, teleoconch with 2.5 whorls (A1); basal view showing spiral cords and aperture with siphonal notch (A2). B. NRM Mo 185028 (holotype); part of protoconch and teleoconch with 3 strongly angular whorls with spines (B2); close-up on protoconch (B1); spiral suture and fading axial rib (B3); growth increments (B4).
Fig. 14 in Pterosauria of the Great Oolite Group (Bathonian, Middle Jurassic) of Oxfordshire and Gloucestershire, England
Fig. 14. Pterosaur humeri from Taynton Limestone Formation (Bathonian, Middle Jurassic), Stonesfield, Oxfordshire, UK. A. A left humerus of?Scaphognathinae indet. (OUM J.23043), in dorsal view (matrix digitally removed). B. A small humerus of rhamphorhynchine (NHMUK PV R 40126b), in dorsoventral view. C. A humerus of rhamphorhynchid (NHMUK PV R 40126c), in dorsal view (matrix digitally removed). D. A small humerus of?Scaphognathinae indet. (NHMUK PV R 28160a), in dorsal view.
Fig. 14 in Filling the Corallian gap: New information on Late Jurassic marine reptile faunas from England
Fig. 14. Time calibrated phylogenetic tree of the main Jurassic Sub-Boreal Seaway marine reptile lineages stratigraphic ranges. A. Plesiosauria (modified from Fischer et al. 2015, 2017). B. Ichthyosauria (modified from Fischer et al. 2014). C. Thalattosuchia (Young et al. 2016; Foffa et al. 2017). MJML, Museum of Jurassic Marine Life—the Steve Etches Collection, Kimmeridge, UK.
Fig. 14 in Morphological homology, evolution, and proposed nomenclature for bear dentition
Fig. 14. Serial homology of lower molars (occlusal views) of Ailuropoda sp. (A. IVPP V13459.10, B. IVPP V13459.91, C. IVPP V87025.362) from various fossil sites in southern China, Pleistocene. A1–C1, photographs; A2–C2, photographs with homologous structures indicated. Not to scale.
Fig. 14 in Shelly fossils from the lower Cambrian White Point Conglomerate, Kangaroo Island, South Australia
Fig. 14. The camenellan tommotiid Dailyatia odyssei Evans and Rowell, 1990 from the lower Cambrian White Point Conglomerate, Kangaroo Island, South Australia. A. SAM P57326, A2 sclerite in apical view (A1); A2, detail of the double perforations in the apex. B. SAM P57327, A2 sclerite in apical view, tilted to show deltoid. C. SAM P57328, C2 sclerite in dorsal view.
Fig. 14 in Two new stegosaur specimens from the Upper Jurassic Morrison Formation of Montana, USA
Fig. 14. Left coracoid of stegosaur GPDM 178, near Giffen, Cascade County, Montana; in anterior (A1), lateral (A2), posterior (A3), and anterior (A4) views.
Fig. 14 in Two new basal coelurosaurian theropod dinosaurs from the Lower Cretaceous Sao Khua Formation of Thailand
Fig. 14. Coelurosaurian theropod Phuwiangvenator yaemniyomi gen. et sp. nov. from the Early Cretaceous Sao Khua Formation of Phu Wiang, Khon Kaen Province, Thailand. SM-PW9B-10, right pedal ungual IV-5 in lateral (A1) and ventral (A2) views.
Fig. 14. The pseudosuchian archosaur Prestosuchus chiniquensis Huene, 1938 in The skull anatomy and cranial endocast of the pseudosuchid archosaur Prestosuchus chiniquensis from the Triassic of Brazil
Fig. 14. The pseudosuchian archosaur Prestosuchus chiniquensis Huene, 1938 (UFRGS-PV-0629-T) from the Dinodontosaurus Assemblage Zone, Ladinian, Middle Triassic, Dona Francisca municipality, Rio Grande do Sul State, Brazil; left quadratojugal and quadrate in posterior (A1, A2) and medial A3, A4) views. Photographs (A1, A3) and explanatory drawings (A2, A4).
Fig. 14 in Diversity in rhynchocephalian Clevosaurus skulls based on CT reconstruction of two Late Triassic species from Great Britain
Fig. 14. The reconstructed braincases of lepidosaur rynchocephalians. A. Clevosaurus cambrica Keeble, Whiteside, and Benton, 2018. B. Clevosaurus hudsoni Swinton, 1939. C. Sphenodon punctatus (from Maisano 2001). In posterior (A1–C1) and right lateral (A2–C2) views. Bones types that are absent in their respective datasets are highlighted in orange.
Fig. 14. Silurian brachiopods from the Kytayhorod section. A. Meristina bilobata Modzalevskaya, 1980 in Faunal dynamics across the Silurian-Devonian positive isotope excursions (δ C, δ O) in Podolia, Ukraine: Comparative analysis of the Ireviken and Klonk events
Fig. 14. Silurian brachiopods from the Kytayhorod section. A. Meristina bilobata Modzalevskaya, 1980, ZPAL Bp 71/24, shell in dorsal (A1), ventral (A2), lateral (A3), posterior (A4), and anterior (A5) views; Demshyn beds, sample D2. B. Meristina incrassata Modzalevskaya, 1980, ZPAL Bp 71/25, shell in dorsal (B1), ventral (B2), lateral (B3), posterior (B4), and anterior (B5) views; Maryanivka beds, sample M1. C. Meristina podolica (Nikiforova, 1954), ZPAL Bp 71/26, shell in dorsal (C1), ventral (C2), lateral (C3), posterior (C4), and anterior (C5) views; upper part of the Restiv beds. D. Glassia elongata Davidson, 1881, ZPAL Bp 71/27, shell in dorsal (D1), ventral (D2), lateral (D3), posterior (D4), and anterior (D5) views; Restiv beds, 0.8 m above sample R−1. E. Howellella globosa Tsegelnyuk, 1976, ZPAL Bp 71/28, in dorsal (E1), ventral (E2), lateral (E3), posterior (E4), and anterior (E5) views; lower part of the Maryanivka beds. F. Eospirifer radiatus (Sowerby, 1834), ZPAL Bp 71/29, slightly incomplete shell in dorsal (F1), ventral (F2), lateral (F3), posterior (F4), and anterior (F5) views; Demshyn beds. Scale bars 2 mm.
Fig. 14 in A new albanerpetontid amphibian from the Barremian (Early Cretaceous) Wessex Formation of the Isle of Wight, southern England
Fig. 14. Simplified, strict consensus tree showing hypothesized relationships among the four albanerpetontid genera, constrained against the geological time scale (absolute ages based on Gradstein et al. 2004: fig. 23.1) and reporting apomorphies (see list of characters in the Appendix 1) for each genus and more inclusive clades. Only unequivocal apomorphies (i.e., ones recovered in all eight of the shortest trees, under both ACCTRAN and DELTRAN optimizations) are mapped onto the tree. Autapomorphies are designated by a thick bar and convergences are designated by a thin bar.
Fig. 14 in The gomphotheriid mammal Platybelodon from the Middle Miocene of Linxia Basin, Gansu, China
Fig. 14. Strict consensus of the nine most parsimonious trees recovered in the cladistic analysis of the genus Platybelodon, based on the data matrix provided in Appendix 1.
Fig. 14 in Palaeoecology of the Spathian Virgin Formation (Utah, USA) and its implications for the Early Triassic recovery
Fig. 14. Characteristics of the Protogusarella smithi Association showing frequency distribution, trophic nucleus (A) and ecological structure (B). The numbers in the pie−chart sections correspond with the species pertaining to each guild.
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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.