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4,059 results for “mammal”
Fig. 3 in Early Cretaceous multituberculate mammals from the Kuwajima Formation (Tetori Group), central Japan
Fig. 3. Eobatarid multituberculate mammal Hakusanobaatar matsuoi gen. et sp. nov., SBEI 1736holotype; Lower Cretaceous Kuwajima Formation, Shiramine, Japan. A. Left upper dentition; A1, I3 and P1 to P5 in labial view; A2, I3 in anterior view; A3, P5 in lingual view, right to anterior; A4, P1 to P4 in occlusal view, left to anterior; A5, P5 in occlusal view, left to anterior. B. Isolated left M1; B1, in labial view; B2, in occlusal view, left to anterior. C. Isolated I2 in lateral view.
Fig. 15 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 15. The mesonychid Dissacus serratus (Chow and Qi, 1978), from the Gashatan (Paleocene) of Subeng, China. A. IMM−2004−SB−056, right dentary fragment with m1 in labial (A1), occlusal (A2), and lingual (A3) view. B. IMM−2001−SB−061, right femur in proximal (B1), distal (B2), anterior (B3), lateral (B4), posterior (B5), and medial (B6) view.
Fig. 9 in Early Cretaceous multituberculate mammals from the Kuwajima Formation (Tetori Group), central Japan
Fig. 9. Eobatarid multituberculate mammal Tedoribaatar reini gen. et sp. nov., SBEI 1570, holotype; Lower Cretaceous Kuwajima Formation, Shiramine, Japan. Fragment of right lower jaw with p4. A. Labial view. B. Lingual view. C. Occlusal view, left to anterior.
Fig. 13 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 13. Single most parsimonious tree of carpolestid relationships (CI 0.90, RI 0.92) based on the matrix of Bloch et al. (2001) and modified as noted in the appendix, with indication of unambiguous synapomorphies, i.e., invariable with respect to optimisation criteria.
Fig. 12 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 12. The carpolestid Subengius mengi Smith, Van Itterbeeck, and Missiaen, 2004, from the Gashatan (Paleocene) of Subeng, China. A. IMM−2004− SB−052, LP3 in occlusal view. B. IMM−2001−SB−059, LP3 in occlusal view C. IMM−2004−SB−053, left dentary with p4−m3, in lingual (C1), occlusal (C2), anterolabial (C3), and labial (C4) views. SEM micrographs.
Fig. 14 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 14. The dinoceratan Prodinoceras efremovi (Flerov, 1957), from the Gashatan (Paleocene) of Subeng, China. IMM−2001−SB−060, right calcaneum in proximal (A), distal (B), dorsal (C), lateral (D), ventral (E), and medial (F) views.
Fig. 8 in Early Cretaceous multituberculate mammals from the Kuwajima Formation (Tetori Group), central Japan
Fig. 8. Eobatarid multituberculate mammal Tedoribaatar reini gen. et sp. nov., SBEI 1570, holotype, right lower jaw fragment with p4; Lower Cretaceous Kuwajima Formation, Shiramine, Japan. SEM photograph of the resin cast. A. Lingual view. B. Labial view. C. Occlusal view, left to anterior. D. Occlusal view of the alveoli of p2 (arrow) and p3, left to anterior.
Fig. 9 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 9. The nyctitheriid Bumbanius ningi sp. nov., from the Gashatan (Paleocene) of Subeng, China, in labial (A1–I1), occlusal (A2–I2), and lingual (A3–I3) views. A. IMM−2004−SB−035, RM1 or M2. B. IMM−2004−SB−034 (holotype), RM1?. C. IMM−2004−SB−036, RM3. D. IMM−2004−SB−037, Rp4. E. IMM− 2004−SB−038, Rp4. F. IMM−2001−SB−042, Rp4. G. IMM−2004−SB−039, Rm1. H. IMM−2001−SB−043, Lm2. I. IMM−2001−SB−044, Rm3. SEM micrographs.
Fig. 6 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 6. The gliriform Pseudictops lophiodon Matthew, Granger, and Simpson, 1929, from the Gashatan (Paleocene) of Subeng, China. IMM−2004−SB−027, left calcaneum in proximal (A), distal (B), dorsal (C), lateral (D), ventral (E), and medial (F) views.
Fig. 8 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 8. The alagomyid Tribosphenomys minutus Meng, Wyss, Dawson, and Zhai, 1994, from the Gashatan (Paleocene) of Subeng, China, in labial (A1–I1), occlusal (A2–I2), and lingual (A3–I3) views. A. IMM−2001−SB−036, RP4. B. IMM−2001−SB−037, LDP4. C. IMM−2004−SB−033, RM1. D. IMM− 2001−SB−035, RM2. E. IMM−2001−SB−034, RM3. F. IMM−2001−SB−038, Rdp4. G. IMM−2001−SB−039, Rm1. H. IMM−2001−SB−040, Lm2. I. IMM− 2001−SB−041, Rm3. SEM micrographs.
Fig. 5 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 5. The gliriform Pseudictops lophiodon Matthew, Granger, and Simpson, 1929, from the Gashatan (Paleocene) of Subeng, China, in labial (A1, B1) and occlusal (A2, B2) views. A. IMM−2004−SB−026, RP1. B. IMM− 2001−SB−025, RI3. SEM micrographs.
Fig. 7 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 7. The eurymylid Eomylus bayanulanensis Meng, Wyss, Hu, Wang, Bowen, and Koch, 2005, from the Gashatan (Paleocene) of Subeng, China, in labial (A1–H1), occlusal (A2–H2), and lingual (A3–H3) views. A. IMM−2004−SB−031, LP3. B. IMM−2001−SB−033, RDP4. C. IMM−2004−SB−028, LM1. D. IMM−2001−SB−031, LM2. E. IMM−2004−SB−030, Rdp4. F. IMM−2001−SB−028, Rm1. G. IMM−2001−SB−032, right dentary fragment with m2. H. IMM−2001−SB−030, Lm3. SEM micrographs.
Fig. 2 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 2. The gliriform Astigalidae gen. et sp. indet. from the Gashatan (Paleocene) of Subeng, China, in labial (A1, B1), occlusal (A2, B2), and lingual (A3, B3) views. A. IMM−2001−SB−023, Lm3. B. IMM−2004−SB−020, Rm3. SEM micrographs.
Fig. 3 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 3. The gliriform Palaeostylops iturus Matthew and Granger, 1925, from the Gashatan (Paleocene) of Subeng, China, in labial (A1–F1), occlusal (A2–F2), and lingual (A3–F3) views. A. IMM−2004−SB−021, left maxillary fragment with P3−4. B. IMM−2001−SB−024, LM1. C. IMM−2004−SB−022, LM2. D. IMM−2004−SB−023, LM3. E. IMM−2004−SB−024, left incomplete dentary with p2−4. F. IMM−2004−SB−025, left incomplete dentary with p4–m3. SEM micrographs.
Fig. 1 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 1. Multituberculates from the Gashatan (Paleocene) of Subeng, China, in occlusal view (SEM micrographs). A–E. Mesodmops tenuis sp. nov. A. IMM−2001−SB−016, LM1. B. IMM−2004−SB−014, LM2. C. IMM−2001− SB−017, RDP3. D. IMM−2004−SB−013, Rm1 (holotype). E. IMM−2004− SB−016, Lm2. F–I. Lambdopsalis bulla Chow and Qi, 1978. F. IMM− 2001−SB−019, RM1. G. IMM−2001−SB−020, RM2. H. IMM−2001−SB−021, Rm1. I. IMM−2001−SB−022, Rm2.
Fig. 4 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 4. Dental measurements of Palaeostylops iturus Matthew and Granger, 1929, from the Gashatan of Subeng (black circles) compared to those of P. iturus (light grey circles) and Palaeostylops macrodon Matthew, Granger, and Simpson, 1929 (dark grey diamonds), modified after Kondrashov and Lucas (2004a). The graph illustrates the similar sizes of both P. iturus samples, and their size difference from P. macrodon. L, anteroposterior length. W, transverse width. Error bars on the Subeng measurements are 1 standard deviation.
Fig. 11 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 11. The cimolestid Tsaganius ambiguus Russell and Dashzeveg, 1986, from the Gashatan (Paleocene) of Subeng, China, in labial (A1–G1), occlusal (A2–G2), and lingual (A3–G3) views. A. IMM−2001−SB−053, RP4. B. IMM−2001−SB−052, RM1 or M2. C. IMM−2001−SB−054, RM1 or M2. D. IMM− 2004−SB−048, Rdp4. E. IMM−2001−SB−058, Lp4. F. IMM−2004−SB−049, left dentary fragment with m3 and incomplete m2. G. IMM−2004−SB−050, Rm3. SEM micrographs.
Fig. 10 in The Gashatan (late Paleocene) mammal fauna from Subeng, Inner Mongolia, China
Fig. 10. The sarcodontid Hyracolestes ermineus Matthew and Granger, 1925, from the Gashatan (Paleocene) of Subeng, China, in labial (A1, B1), occlusal (A2, B2), and lingual (A3, B3) views. A. IMM−2004−SB−032, Rm1. B. IMM− 2001−SB−051, right dentary fragment with m2. SEM micrographs.
Fig. 6 in Early Cretaceous multituberculate mammals from the Kuwajima Formation (Tetori Group), central Japan
Fig. 6. Eobatarid multituberculate mammal Hakusanobaatar matsuoi gen. et sp. nov.; Lower Cretaceous Kuwajima Formation, Shiramine, Japan. A. SBEI 1519,?left p3; A1,?lingual view; A2,?labial view; A3, anterior view. B. SBEI 582, damaged right upper premolar (probably P2); B1, labial view; B2, occlusal view, left to anterior; B3, lingual view. C. SBEI 1949, poorly preserved upper premolar fragment (two?labial cusps of probably right P5); C1,?labial view; C2, occlusal view,?right to anterior.
Fig. 5 in Early Cretaceous multituberculate mammals from the Kuwajima Formation (Tetori Group), central Japan
Fig. 5. Eobatarid multituberculate mammal Hakusanobaatar matsuoi gen. et sp. nov.; Lower Cretaceous Kuwajima Formation, Shiramine, Japan. A. SBEI 581, fragment of left lower jaw with damaged p4; A1, labial view; A2, lingual view. B. SBEI 1526, fragment of right lower dentary with incisor; B1, labial view; B2, lingual view. C. SBEI 1520, damaged left p4; C1, labial view; C2, lingual view.
ScienceDex guides
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These curated guides explain access requirements, typical timelines, costs, and reuse considerations for widely used research datasets.
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.