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Figure 6 in Notes on two species of the genus Microcreagris Balzan, 1892 (Pseudoscorpiones: Neobisiidae) from China
Figure 6. Microcreagris xikangensis sp. nov., holotype male (a–g, i, j), female (h): a. carapace, dorsal view; b. right chelicera, dorsal view; c. rallum; d. galea; e. right chelal, lateral view, showing trichobothriotaxy and teeth; f. right pedipalp, dorsal view (trochanter, femur and patella); g. genital area of male; h. genital area of female; i. right leg I, lateral view; j. right leg IV, lateral view. Scale bars: 0.1mm (c, d), 0.2mm (g, h), 0.5mm (a, b), 1mm (e, f, i, j).
FIGURE 6 in Four new species of the spider genus Pinelema (Araneae, Telemidae) from caves in South China
FIGURE 6. Pinelema huobaensis sp. nov., female paratype. A. Habitus, dorsal view; B. Habitus, ventral view; C. Spermatheca, lateral view.
FIGURE 6. 1 in A new trackway possibly made by a trotting theropod at the Las Hoyas fossil site (Early Cretaceous, Cuenca Province, Spain): Identification, bio-dynamics and palaeoenvironmental implications
FIGURE 6. 1. Photograph of the trackway LH-Y-1-001 of the Late Barremian of Las Hoyas outcrop (La Huérguina Formation). 2. Footprint LH-Y-1-001/1. 3. Footprint LH-Y-1-001/2. 4. Footprint LH-Y-1-001/3.
FIGURE 6. 1 in Bathyal ostracods from the Santa Maria di Leuca deep-water coral province (northern Ionian Sea)
FIGURE 6. 1, Bairdoppilata conformis (Terquem, 1878). PMC. O FS 16. RV, external lateral view (scale bar equals 500 µm); 2, Bythocypris obtusata (Sars, 1866). PMC. O FS 17. LV, external lateral view (scale bar equals 500 µm); 3, Anchistrocheles tenera (Breman, 1975). PMC. O FS 18. LV, external lateral view (scale bar equals 200 µm); 4, Macropyxis adriatica (Breman, 1975). PMC. O FS 19. LV, external lateral view (scale bar equals 500 µm); 5, Argilloecia acuminata Müller, 1894. PMC. O FS 20. RV, internal lateral view (scale bar equals 100 µm); 6, Krithe monosteracensis (Seguenza, 1880). PMC. O FS 21. RV, internal lateral view (trasparency, scale bar equals 250 µm); 7, Echinocythereis echinata Sars, 1866. PMC. O FS 22. RV, external lateral view (scale bar equals 500 µm); 8, Henryhowella ex H. hirta (Costa, 1853) group. PMC. O FS 23. LV, external lateral view (scale bar equals 200 µm); 9, Bathycythere vanstraateni Sissingh, 1971. PMC. O FS 24. RV, external lateral view (scale bar equals 200 µm); 10, Cytheropteron hadriaricum Bonaduce et al., 1975. PMC. O FS 25. RV, external lateral view (scale bar equals 100 µm); 11, Cytheropteron testudo Sars, 1869. PMC. O FS 26. RV, external lateral view (scale bar equals 200 µm); 12, Pseudocythere caudata Sars, 1866. PMC. O FS 27. LV, external lateral view (scale bar equals 200 µm); 13, Monoceratina mediterranea Sissingh, 1971. PMC. O FS 28. RV, external lateral view (scale equals bar 200 µm); 14, Paradoxostoma simile Müller, 1894. PMC. O FS 29. LV, internal lateral view (trasparency, scale bar equals 200 µm). (PMC. O FS 16–29 = Paleontological Museum Catania. Ostracoda Figured Specimens number 16 to 29. RV = right valve; LV = left valve).
FIGURE 6 in Neoichnology of the burrowing spiders Gorgyrella inermis (Mygalomorphae: Idiopidae) and Hogna lenta(Araneomorphae: Lycosidae)
FIGURE 6. Brooding behavior of Hogna lenta. 1, An egg sac. 2, H. lenta with offspring. 3, A vertical shaft (H5) that served as a brood burrow.
FIGURE 6 in New basal dinosauromorph records from the Dockum Group of Texas, USA
FIGURE 6. Dromomeron gregorii (TTU-P20046), distal end of left femur in 1, anterior view; 2, medial view; 3, posterior view; 4, lateral view; 5, distal view. Abbreviations: fc, fibular condyle; ig, intercondylar groove; lc, lateral condyle; mc, medial condyle; r, ridge; s, scar. Hatching indicates the damaged areas. Arrow indicates anterior side.
FIGURE 6 in A simulation-based examination of residual diversity estimates as a method of correcting for sampling bias
FIGURE 6. The performance of the phylogenetic diversity estimate when errors are introduced to the phylogeny. Mean Spearman's rho values of the PDE, TDE and the best performing implementation of the RDE. PLOC, PFORM and PTAPH set at 0.25. PMIST variable. The dashed red line indicates the critical value at p=0.05. Abbreviations as in Table 1.
FIGURE 6. Shaded coloured 3D in Elongated theropod tracks from the Cretaceous Apenninic Carbonate Platform of southern Latium (central Italy
FIGURE 6. Shaded coloured 3D photogrammetric model of footprint F1 and F2 with relative section (S4) passing through the metatarsal impression and digit III.
FIGURE 6 in Articulated bone sets of manus and pedes of Camarasaurus (Sauropoda, Dinosauria)
FIGURE 6. Process of preparing a real 3D model of the left manus and pes of Camarasaurus: skeletal model (1) as a pre-stage, (2) shows the finished model, (3) shows the imprints produced by the model.
FIGURE 6. Subvertical shafts with terminal chambers. 1 in Neoichnology of the eastern spadefoot toad, Scaphiopus holbrookii (Anura: Scaphiopodidae): criteria for recognizing anuran burrows in the fossil record
FIGURE 6. Subvertical shafts with terminal chambers. 1, View from the back of burrow (SH11). 2, Side view (SH11). 3, Side view (SH14).
FIGURE 6 in The cranial anatomy of Tenontosaurus tilletti Ostrom, 1970 (Dinosauria, Ornithopoda)
FIGURE 6. Ventral skull schematic (above) and photograph (below) of OMNH 58340. The schematic was reconstructed by digitally mirroring the left side of the rostrum and suspensorium in order to approximate the actual appearance of the skull. Natural fenestrae are shaded gray. Anterior is to the right. Abbreviations: bt - basal tubera of the basisphenoid; lt - lateral tubercle of the basioccipital; mt - median tubercle of the basioccipital;? - possible second lateral tubercle of the basioccipital.
FIGURE 6 in First description of in situ primate and faunal remains from the Plio-Pleistocene Drimolen Makondo palaeocave infill, Gauteng, South Africa
FIGURE 6. Chasmaporthetes?nitidula postcranial specimens from the Drimolen Makondo. 1–5, DNM 3-4, partial left fourth metatarsal; 1, proximal articular surface, 2, lateral, 3, ventral, 4, dorsal, and 5, medial views. 6–8, DNM 3-3, pedal proximal phalanx; 6, dorsal, 7, lateral, and 8, ventral views. 9–11, DNM 3-2, pedal middle phalanx; 9, dorsal, 10, lateral, and 11, ventral views. 12–14, DNM 3-6, pedal terminal phalanx; 12, dorsal, 13, lateral, and 14, ventral views. Scale bars equal 1 cm.
FIGURE 6 in Dinosaur tracks from the Langenberg Quarry (Late Jurassic, Germany) reconstructed with historical photogrammetry: Evidence for large theropods soon after insular dwarfism
FIGURE 6. Depth-color images (left) and orthophotos (right) of 1: DFMMh/FV 647, 2: DFMMh/FV 646, 3: DFMMh/FV 645 and 4: DFMMh/FV 644. Images to scale.
FIGURE 6. 1, MPZ 2014 in Exceptional crocodylomorph biodiversity of "La Cantalera" site (lower Barremian; Lower Cretaceous) in Teruel, Spain
FIGURE 6. 1, MPZ 2014/483; ziphodont crocodylomorph tooth attributed to Mesoeucrocodylia indet. in mesial/distal, labial, lingual (with detail of the denticles), apical (above) and radicular (below) views. 2, MPZ 2014/484; bizarre crocodylomorph tooth attributed to Mesoeucrocodylia indet. in mesial/distal (arrows show the bifurcated keel), labial, lingual, apical (above) and radicular (below) views. All photographs taken with a binocular microscope. Scale bars equal 1 mm.
FIGURE 6. 1. A in Burrowing and mud-mound building life habits of fiddler crab Uca lactea in the Bay of Bengal coast, India and their geological and geotechnical importance
FIGURE 6. 1. A cluster of predominantly simple mud-mounds produced in high ground. 2-4. Photographs showing field occurrences of predominantly simple mud-mounds in higher ground. 5-11. Photographs showing field occurrences of predominantly compound mud-mounds in low ground. Note greenish brown biomat coating on mud-mounds (6-9 and 11) as a part microbial stabilization process. 12. Photograph illustrating ground elevation-based distribution of simple and compound mounds. (Note size variations, population density variations, surficial features, substrate ruggedness, variation in substrate elevation and different morphotypes of mud-mounds as observed in natural populations.)
FIGURE 6. Chancelloria eros Walcott, 1920. ROM 62539 in Chancelloriids of the Cambrian Burgess Shale
FIGURE 6. Chancelloria eros Walcott, 1920. ROM 62539, BW -320. 1. Dry. 2. Detail of 1 (position marked by frame), wet.
FIGURE 6. Heterochronic modelling experiment 3 in Heterochrony in helicoid spiral cones: a computer model for demonstrating heterochronic evolution
FIGURE 6. Heterochronic modelling experiment 3. The "ancestor" on the left has parameters W0=2, ΔW=-0.05, D=0, S=0.9, T'0=0.2, ΔT'=0.07, and has eight whorls. As in Figure 4, this is a common general type of gastropod shell shape. The central simulation is a "descendant" derived from this by two increments of neoteny (relative scale x 0.5); the simulation on the right has resulted from two further increments of neoteny (relative scale x 0.39). All three simulations have analogues in the Family Helicidae of the Pulmonata, and this result constitutes a hypothesis for the possible heterochronic evolution of forms with flattened spires (depressed and sub-planispiral).
FIGURE 6 in Illustrated guide to Pliocene foraminifera from Miyakojima, Ryukyu Island Arc, with comments on biostratigraph
FIGURE 6. Family Hormosinidae, Ammosphaeroidinidae, Spiroplectamminidae, Duquepsamminidae, Verneuilinidae, and Eggerellidae. All scale bars = 0.1mm, unless otherwise indicated in 2.1, 23.1, 26.1 as 1mm-line. 1, 2. Rhabdammina sp., 1: MPC-26061, 2: MPC-26062, both from sample 7 (Yonahama Formation, PL4), broken specimens. 3. Hormosinella distans (Brady), MPC-26051, from sample 15 (Yonahama F., PL3), depressed specimen. 4. Reophax sp., MPC-26060, from sample 7 (Yonahama F., PL4). 5, 6. Ammosphaeroidina sphaeroidiniformis (Brady); 5: MPC-26033 from sample 6 (Yonahama F., PL2); 6: MPC-26034, from sample 6-2 (Yonahama F., PL2). 7, 8. Spiroplectinella wrightii (Silvestri), 7: MPC-26065 from sample 6-2 (Yonahama F., PL2); 8: MPC-26066 from sample MK02A-2 (Minebari F., PL5). 9, 10. Duquepsammia bulbosa (Cushman), 9: MPC-26041 from sample 8 (Yonahama F., PL4), 10: MPC-26042 from sample 15 (Yonahama F., PL3). 11, 12. Trochammina sp., 11: MPC-26077, laterally depressed specimen, 12: MPC26078, vertically depressed specimen, both from sample 7 (Yonahama F., PL4). 13, 14. Gaudryina arenaria Galloway and Wissler, 13: MPC-26045 from sample 6-2 (Yonahama F., PL2); 14: MPC26046 from sample 17 (Yonahama F., PL2). 15, 16. Gaudryina sp.A., 15: MPC-26047 from sample 3-2-low-silt (Onogoshi F., PL1); 16: MPC-26048 from sample 11 (Onogoshi F.,?PL1). 17, 18. Gaydryinella cf. japonica Asano, 17 MPC-26049, 18 MPC- 26050, both from sample 18 (Oura F.,?PL1). 19, 20. Eggerella bradyi (Cushman), 19: MPC-26043 from sample 14-2 (Yonahama F., PL4); 20: MPC-26044 from sample 15 (Yonahama F., PL3). 21, 22. Karreriella bradyi (Cushman), 21: MPC-26052 from sample 2 (Minebari F., PL5); 22: MPC-26053 from sample MK02A (Minebari F., PL5). 23, 24. Martinottiella communis (d'Orbigny), 23: MPC-26054 from sample 3 (Onogoshi F., PL1); 24: MPC-26055 from sample 3- 2-low-silt (Onogoshi F., PL1). 25, 26. Martinottiella victorensis (Cushman), 25: MPC-26056 from sample 6-2 (Yonahama F., PL2); 26: MPC-26057 from sample 16 (Yonahama F., PL3).
FIGURE 16. 1-2, 6, 8 in Late Early Permian (late Leonardian; Kungurian) algae, microproblematica, and smaller foraminifers from the Yeso Group and San Andres Formation (New Mexico; USA)
FIGURE 16. 1-2, 6, 8. Boueina? crassundia n. sp. 1. Oblique section. San Andres Fm. Sample MLY 6-13. 2. Subaxial section. San Andres Fm. Sample MLY 6-14. 6. Tangential section. San Andres Fm. Sample MLY 6-30. 8. Atypical oblique section. San Andres Fm. Sample MLY 8-3. 3-5. Undetermined Chlorophyta. 3. Two sections (centre) with Gymnocodium? johnsonii n. sp. (centre bottom and top) and Boueina? tubulata n. sp. (top right). San Andres Fm. Sample MLY 6-20. 4. At least six fragments. San Andres Fm. Sample MLY 6-21. 5. Tangential section. San Andres Fm. Sample MLY 8-5. 7, 9. Gymnocodium? johnsonii n. gen. n. sp. 7. Various sections associated with Globivalulina parapiciformis n. sp. (bottom, left) and G. novamexicana n. sp. (centre). San Andres Fm. Sample MLY 6-32. 9. Subaxial section. San Andres Fm. Sample MLY 6-27.
FIGURE 32. 1-3, 6. Globivalvulina retroseptata n in Late Early Permian (late Leonardian; Kungurian) algae, microproblematica, and smaller foraminifers from the Yeso Group and San Andres Formation (New Mexico; USA)
FIGURE 32. 1-3, 6. Globivalvulina retroseptata n. sp. 1. Subaxial section. San Andres Fm. Sample SAR 13a-10. 2. Oblique subaxial section. San Andres Fm. Sample SAR 13a-11. 3. Subaxial section. San Andres Fm. Sample SAR 20-6. 6. Axial section. San Andres Fm. Sample SAR (A-1§). 4-5. Globivalvulina novamexicana n. sp. 4. Oblique subaxial section. San Andres Fm. Sample SAR 20-8. 5. Subaxial section. San Andres Fm. Sample SAR 20-9. 7-10. Hemigordius? sp. Four sections. San Andres Fm Sample SAR 1. Scale bars equal 0.10 mm.
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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.