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Fig. 3 in Trepostome bryozoans encrusting Silurian gastropods: A taphonomic window and its implications for biodiversity
Fig. 3. Thin sections of trepostome bryozoan Homotrypa cochlea sp. nov. from Upper Leintwardine Formation; Ludfordian, upper Ludlow, Silurian; Delbury Quarry, Shropshire, UK. A. NMW 2019.21G.5.2, encrusting colonies comprising multiple layers caused by self-overgrowths (A1), apex of gastropod shell encrusted with bryozoan colony (A2), colony does not grow over the gastropod shell aperture (A3, A4). B. NMW 2019.21G.6.2, colony encrusting apertural side of shell thinner than on the abapertural side, arrow indicates Trypanites boring in bryozoan colony. C. NMW 2019.21G.7.3, colony can be seen inside the aperture of gastropod shell.
Fig. 4. Representative batoid chondrichthyan teeth from the J&M in New Late Cretaceous microvertebrate assemblage from the Campanian-Maastrichtian Williams Fork Formation, northwestern Colorado, USA, and its paleoenvironmental implications
Fig. 4. Representative batoid chondrichthyan teeth from the J&M site, Colorado, USA, Williams Fork Formation, Upper Cretaceous. A, B. Myledaphus bipartitus Cope, 1876. A. MWC 8887, tooth crown and root in mesial (A1), labial (A2), and occlusal (A3) views. B. MWC 9591, tooth crown and root in mesial (B1), labial (B2), and occlusal (B3) views. C, D. Pseudomyledaphus sp. C. MWC 9589, tooth crown and root in mesial (C1) and occlusal (C2) views. D. MWC 9590, tooth crown and root in mesial (D1) and occlusal (D2) views. E, F. Cristomylus sp. E. MWC 8886, tooth crown in mesial (E1) and occlusal (E2) views. F. MWC 9588, tooth crown in mesial (F1) and occlusal (F2) views.
Fig. 2 in New Late Cretaceous microvertebrate assemblage from the Campanian-Maastrichtian Williams Fork Formation, northwestern Colorado, USA, and its paleoenvironmental implications
Fig. 2. Stratigraphy of the J&M site within the Williams Fork Formation. A. Regional Upper Cretaceous stratigraphy. B. Generalized stratigraphic section of the Williams Fork Formation west of Rangely (after Noll 1988). C. Stratigraphic section of Williams Fork Formation strata exposed at the J&M site, showing the stratigraphic position of the locality in Noll's (1988) "sandstone C". Width of stratigraphic units mimics the local weathering profile. Shading on unit 3B indicates a darker color than mudstones A and C. A detailed description of the J&M site stratigraphy is provided in the SOM: table S1 (Supplementary Online Material available at http://app.pan.pl/SOM/app67-Brand_etal_SOM.pdf).
Fig. 6 in Stromatoporoids from a Middle Devonian reef in South China and their palaeoecological implication
Fig. 6. Stromatoporoid Clathrocoilona spissa (Lecompte, 1951), from the Jiwozhai reef, Jiwozhai Member, Dushan Formation, Givetian, Middle Devonian; Dushan, Guizhou, South China. A. NIGP 177048; A1, longitudinal section showing the contemporarily encrusting layers, with black and white rectangles illustrating details; A2, A3, enlargement of A1, note the obvious discrepancy between different areas in the same stromatoporoid: the condensed skeletons of A2 are similar to Clathrocoilona spissa (Lecompte, 1951) and thin laminae of A3 are consistent with Clathrocoilona obliterata (Lecompte, 1951). B. NIGP 177049; B1, longitudinal section, note the intra-specific variations (white arrows) of the lower irregular layers similar to Clathrocoilona crassitexta (Lecompte, 1951) and the upper regular layers identical to Clathrocoilona obliterata (Lecompte, 1951); B2, tangential section.
Fig. 3 in Palaeobiogeographical implications of the first fossil wood flora from the Jurassic of Turkey
Fig. 3. Araucariacean wood sections of Agathoxylon sp. type 1 (ISTO-FW-00217) from Jurassic of the Beycam locality of the province of Gümüshane, Turkey. A1, A2, transversal sections with distinct growth ring boundary; A3, A4, tangential sections with high rays.
Fig. 1 in A new caenogastropod from the upper Rhaetian of Lombardy: Palaeobiogeographical history and implications for the Early Jurassic gastropod recovery
Fig. 1. Location of the outcrop (A) and stratigraphical section (B) modified from Jadoul et al. (2005).
Fig. 4. Microdrile oligochaete PIN 5640 in A probable oligochaete from an Early Triassic Lagerstätte of the southern Cis-Urals and its evolutionary implications
Fig. 4. Microdrile oligochaete PIN 5640/212 (A) from the Petropavlovka Formation, Olenekian (Lower Triassic), Petropavlovka III section, Russia and extant Tubifex tubifex (Müller, 1774) (B) from the Khripan' River, Moscow region, Russia. A. Oblique view of posterior end emphasizing body wall layering (arrowed), prominent raised annuli and finer annulets (A1). Detail of body wall layers (А2). B. Body wall layers (arrowed; B1, B2).
Evaluating the Resilience Dividend of Micro-Irrigation Adoption: Implications for Sustainable Asset Building among Smallholder Farmers in Raya Kobo, Ethiopia
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FIGURE 4 in Leaf trait data of two Miocene floras from eastern China and its palaeoclimate implications
FIGURE 4. Selected climate parameters of CLAMP (error bars indicate a reasonable uncertainty of plus or minus 2 °C) and previous CA analyses (Yao et al., 2011). A, the temperature of the Toupi flora and Shengxian flora; MAT, mean annual temperature; WMMT, warm month mean temperature; CMMT, cold month mean temperature.; B, the precipitation of the Toupi flora and Shengxian flora; GSP, growing season precipitation; MAP, mean annual precipitation; X3.WET, precipitation during the three wettest months; X3.DRY, precipitation during the three driest months.
FIGURE 6 in Unravelling the origin of the brown hyena (Parahyena brunnea) and its evolutionary and paleoecological implications for the Pachycrocuta lineage
FIGURE 6. Bivariate plots of geological age on the scores for the first two principal components of the upper dentition (A) and (B) PC I for fossil individuals and paleontological localities, respectively. C-D, PC II for fossil individuals and paleontological localities, respectively. E: Elandsfontein. G: Gladysvale Cave. K: Kromdraai A. L: Longdan. P: Petralona (circle: PEC 18, triangle: mean for Petralona). S: Ségriès-le Réservoir. At the base of each figure are shown the ranges for the extant species and C. spelaea in each principal component.
FIGURE 3 in Unravelling the origin of the brown hyena (Parahyena brunnea) and its evolutionary and paleoecological implications for the Pachycrocuta lineage
FIGURE 3. Bivariate plots of the scores on the lower dentition two first principal components and their corresponding component loading plots for (A) analysis for fossil individuals and (B) analysis for paleontological localities. Ba: Baihaicum. E: Elandsfontein. L: Longdan.
FIGURE 9 in A large, pathological skeleton of Smilosuchus gregorii (Archosauriformes: Phytosauria) from the Upper Triassic of Arizona, U.S.A., with discussion of the paleobiological implications of paleopathology in fossil archosauromorphs
FIGURE 9. Movie showing rendered CT-scan of right ulna of USNM 18313. Pathological bone is highlighted in yellow. Movie available for download at https:// palaeo-electronica.org/content/2021/3385-pathologicalphytosaur.
FIGURE 6 in A large, pathological skeleton of Smilosuchus gregorii (Archosauriformes: Phytosauria) from the Upper Triassic of Arizona, U.S.A., with discussion of the paleobiological implications of paleopathology in fossil archosauromorphs
FIGURE 6. Movie showing rendered CT-scan of humeri of USNM 18313. Pathological bone on the left humerus is highlighted in yellow. Movie available for download at https://palaeo-electronica.org/content/2021/3385-pathological-phytosaur.
FIGURE 10 in A large, pathological skeleton of Smilosuchus gregorii (Archosauriformes: Phytosauria) from the Upper Triassic of Arizona, U.S.A., with discussion of the paleobiological implications of paleopathology in fossil archosauromorphs
FIGURE 10. Left (A, B) and right (C, D) femora of USNM 18313 in ventral (A, C) and dorsal (B, D) views. Note that the right femur is distorted such that (C) is closer to anteroventral. Note that the right femur is distorted such that (C) is closer to posterolateral. Abbreviations: fc = fibular distal condyle; fh = femoral head; ft = fourth trochanter; gt = greater trochanter; pb = pathological bone; tc = tibial distal condyle. Scale bar equals 5 cm.
FIGURE 13 in A large, pathological skeleton of Smilosuchus gregorii (Archosauriformes: Phytosauria) from the Upper Triassic of Arizona, U.S.A., with discussion of the paleobiological implications of paleopathology in fossil archosauromorphs
FIGURE 13. Additional pathological elements of USNM 18313. (A) Probable right fibula, proximal end in lateral view. (B) Left metapodial. (C) Metapodial. Abbreviation: pbl = pathological bone lesion. Scale bar equals 5 cm.
FIGURE 12 in A large, pathological skeleton of Smilosuchus gregorii (Archosauriformes: Phytosauria) from the Upper Triassic of Arizona, U.S.A., with discussion of the paleobiological implications of paleopathology in fossil archosauromorphs
FIGURE 12. Left fibula of USNM 18313 in anterior (A), lateral (B), posterior (C), and medial (D) views. Abbreviations: ifp = iliofibularis process; pb = pathological bone; pbl = pathological bone lesion. Scale bar equals 5 cm.
FIGURE 11 in A large, pathological skeleton of Smilosuchus gregorii (Archosauriformes: Phytosauria) from the Upper Triassic of Arizona, U.S.A., with discussion of the paleobiological implications of paleopathology in fossil archosauromorphs
FIGURE 11. Movie showing rendered CT-scan of distal (top) and proximal (bottom) halves of right femur of USNM 18313. Pathological bone is highlighted in yellow. Movie available for download at https://palaeo-electronica.org/content/2021/3385-pathological-phytosaur.
FIGURE 11. Field photos showing the depositional sequences, A in Eocene planktonic foraminifera from the north Eastern Desert, Egypt: Biostratigraphic, paleoenvironmental and sequence stratigraphy implications
FIGURE 11. Field photos showing the depositional sequences, A shows the boundary between Qurn (sequence 2) and Tarbul members (sequence 3); B shows the depositional sequence 3 representing Tarbul Member and the overlying sequence 4 of Maadi Formation; C shows shale and marly facies that represented the transgressive systems tracts of sequence 3; D shows the reefal facies with bivalvia (black arrows) that represented the highstand systems tracts (HST) of sequence 4.
FIGURE 10 in Eocene planktonic foraminifera from the north Eastern Desert, Egypt: Biostratigraphic, paleoenvironmental and sequence stratigraphy implications
FIGURE 10. Correlation chart shows correlation of the planktonic zones, planktonic foraminiferal ratio (P%), paleodepth of the studied succession with the tethyan sea level, and depositional sequences as well as the international planktonic zones.
FIGURE 9 in Eocene planktonic foraminifera from the north Eastern Desert, Egypt: Biostratigraphic, paleoenvironmental and sequence stratigraphy implications
FIGURE 9. Correlation of the recorded planktonic biozones in the study area with the international zonal schemes and those in and outside Egypt.
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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.