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Figure 1 in Identification of early biomarkers in proteomic profiles of the phaeophyteSaccharina japonicaproximal to and beneath the front of bryozoan colonies
Figure 1: The Saccharina japonica thallus sections defined as colony-front and thallus tissue proximal to Membranipora membranacea colonies. Colony-front tissues were collected from the narrow zone under the newly formed front of the colony after removing the bryozoans. Thallus tissue proximal to the bryozoan colony was obtained from the 1-cm zone outside the boundary of the colony.
Figure 2 in Identification of early biomarkers in proteomic profiles of the phaeophyteSaccharina japonicaproximal to and beneath the front of bryozoan colonies
Figure 2: Two-dimensional gel electrophoresis profiles of the late-harvested Saccharina japonica. (A) Distal healthy S. japonica tissue. (B) S. japonica thallus tissue proximal to the bryozoan colony. (C) S. japonica tissue at the bryozoan colony front. The separated proteins were visualized by silver staining. Numbers attached to the arrows refer to the spot number listed in Tables 1 and 2.
Additional Visualizations for Glacier Calving Front Delineation on Synthetic Aperture Radar Imagery
<p>Additional visualizations showing the time series of each glacier included in the <a href="https://doi.pangaea.de/10.1594/PANGAEA.940950" target="_blank" rel="noopener">CaFFe</a> dataset and comparing predictions from different deep learning models and human annotations for glacier calving front delineation on Synthetic Aperture Radar imagery.</p>
Animation of consecutive TRI intensity images at the front of Eqip Sermia, Greenland
<p>Appendix C1 of a prepint published in The Cryosphere Discussions (at the release date): https://tc.copernicus.org/preprints/tc-2021-33/</p> <p>Animation of consecutive one-minute interval radar images from July 9, 2018 at 13:00:00 UTC to July 9, 2018 at 22:00:00 UTC represented as the logarithm of the signal strength. Clearly visible is the evolution of a meltwater plume footprint in the deep sector, pushing the ice debris coverage away from the calving front therefore creating an open water area. Short-lived wave trains generated by falling ice chunks along the calving front are also discernible as they propagate through the ocean ice cover.</p>
FIGURE. Living plant of Hedysarum sunhangii. A, in its habitat; B, Leaves (1–upper part, 2– lower part); C, Pods (3– front side, 4– lateral side); D, flower; E, raceme; F, entire plant in Hedysarum sunhangii (Fabaceae, Hedysareae), a new species from Pamir-Alay (Babatag Ridge - Uzbekistan)
FIGURE. Living plant of Hedysarum sunhangii. A, in its habitat; B, Leaves (1–upper part, 2– lower part); C, Pods (3– front side, 4– lateral side); D, flower; E, raceme; F, entire plant
FIGURE 2. Govenia utriculata. A. Labellum and column from front after tipping the labellum downwards. B. Perianth dissection, segments flattened. C. Column, side view. D. Column, front view. E. Pollinarium removed from a flower bud just before anthesis, front view. F in Natural history of the often-misunderstood Govenia utriculata (Orchidaceae): discovery of a Mexican population upsets West Indies endemism
FIGURE 2. Govenia utriculata. A. Labellum and column from front after tipping the labellum downwards. B. Perianth dissection, segments flattened. C. Column, side view. D. Column, front view. E. Pollinarium removed from a flower bud just before anthesis, front view. F. Part of a pollinarium of a self-pollinating flower at anthesis; the large pollinium on the right-hand side is swollen because of germination of the pollen tubes. G. Pollinarium of a post-anthetic, self-pollinating flower showing the dried viscidium and the pollinia fussed to the rostellar tissue caused by pollen germination. H. Near-mature capsules. All from Salazar & Octaviano-Landa 10282. Photographs by Gerardo A. Salazar (A−G) and Víctor I. Octaviano-Landa (H).
FIGURE. Paphiopedilum charlesworthii var. lannaense, whole plant and flower. A. Flowering plant, B. Flower front view, C. Flower side view and D. Flower back view (photo. by W. Tongkham) in Paphiopedilum charlesworthii var. lannaense, a new slipper orchid from Northern Thailand identified by morphological and AFLP analyses
FIGURE. Paphiopedilum charlesworthii var. lannaense, whole plant and flower. A. Flowering plant, B. Flower front view, C. Flower side view and D. Flower back view (photo. by W. Tongkham)
FIGURE 1. Primulina pingleensis. A. Habitat. B. Habit. C. Leaf blade. D. Bracts. E. Cyme. F. Opened corolla. G. Pistil. H. Flower, front view. I. Stamen, side view. J. Flower, top view. K. Flower, side view. L. Stigma. M. Disc. N in Primulina pingleensis (Gesneriaceae), a new species from Guangxi, China
FIGURE 1. Primulina pingleensis. A. Habitat. B. Habit. C. Leaf blade. D. Bracts. E. Cyme. F. Opened corolla. G. Pistil. H. Flower, front view. I. Stamen, side view. J. Flower, top view. K. Flower, side view. L. Stigma. M. Disc. N. Calyx lobe, adaxial view. Photos by Ying Qin.
FIGURE 5. Cymbidium purpureisepalum. A. Flowering plant. B. Tepals. C. Pollinarium, front view. D in Cymbidium purpureisepalum (Orchidaceae; Epidendroideae), a new species from China: evidence from morphological and molecular data
FIGURE 5. Cymbidium purpureisepalum. A. Flowering plant. B. Tepals. C. Pollinarium, front view. D. Column, front view. Drawn by Wenqi Hu.
FIGURE 4. Cymbidium purpureisepalum. A. Flowering plant. B. Flower, front view. C. Flower, back view. D in Cymbidium purpureisepalum (Orchidaceae; Epidendroideae), a new species from China: evidence from morphological and molecular data
FIGURE 4. Cymbidium purpureisepalum. A. Flowering plant. B. Flower, front view. C. Flower, back view. D. Structure of the flower. E. Flower of C. serratum. F. Flowers of C. tortisepalum
FIGURE. Chrysosporium multiforme (holotype). A. Conidiogenous structures. B. Intercalary conidia. C. Conidia. D–E. Colony (front and reverse) on PDA. Bars: A–C = 20 μm, D–E = 10 mm. in Morphological and phylogenetic characterisations reveal nine new species of Chrysosporium (Onygenaceae, Onygenales) in China
FIGURE. Chrysosporium multiforme (holotype). A. Conidiogenous structures. B. Intercalary conidia. C. Conidia. D–E. Colony (front and reverse) on PDA. Bars: A–C = 20 μm, D–E = 10 mm.
FIGURE. Chrysosporium jiangsuense (holotype). A. Conidiogenous structures. B. Conidia. C–D. Colonies (front and reverse) on PDA. Bars: A–B = 20 μm; C–D = 10 mm. in Morphological and phylogenetic characterisations reveal nine new species of Chrysosporium (Onygenaceae, Onygenales) in China
FIGURE. Chrysosporium jiangsuense (holotype). A. Conidiogenous structures. B. Conidia. C–D. Colonies (front and reverse) on PDA. Bars: A–B = 20 μm; C–D = 10 mm.
FIGURE. Chrysosporium irregularum (holotype). A. Conidiogenous structures. B. Intercalary conidia. C. Conidia. D–E. Colonies (front and reverse) on PDA. Bars: A–C = 20 μm, D–E= 10 mm. in Morphological and phylogenetic characterisations reveal nine new species of Chrysosporium (Onygenaceae, Onygenales) in China
FIGURE. Chrysosporium irregularum (holotype). A. Conidiogenous structures. B. Intercalary conidia. C. Conidia. D–E. Colonies (front and reverse) on PDA. Bars: A–C = 20 μm, D–E= 10 mm.
FIGURE. Chrysosporium guangxiense (holotype). A. Conidiogenous structures. B. Racquet hyphae. C. Intercalary conidia. D–E. Colonies (front and reverse) on PDA. Bars: A–C = 20 μm, D–E = 10 mm. in Morphological and phylogenetic characterisations reveal nine new species of Chrysosporium (Onygenaceae, Onygenales) in China
FIGURE. Chrysosporium guangxiense (holotype). A. Conidiogenous structures. B. Racquet hyphae. C. Intercalary conidia. D–E. Colonies (front and reverse) on PDA. Bars: A–C = 20 μm, D–E = 10 mm.
FIGURE. Chrysosporium gansuense (holotype). A–B. Conidiogenous structures. C. Conidia. D–E. Colonies (front and reverse) on PDA media. Bars A–C = 10 μm, D–E = 10 mm. in Morphological and phylogenetic characterisations reveal nine new species of Chrysosporium (Onygenaceae, Onygenales) in China
FIGURE. Chrysosporium gansuense (holotype). A–B. Conidiogenous structures. C. Conidia. D–E. Colonies (front and reverse) on PDA media. Bars A–C = 10 μm, D–E = 10 mm.
FIGURE. Chrysosporium sichuanense (holotype). A. Conidiogenous structures. B. Arthroconidia. C. Racquet hyphae. D. Conidia. E–F. Colony (front and reverse) on PDA. Bars: A–D = 20 μm, E–F = 10 mm. in Morphological and phylogenetic characterisations reveal nine new species of Chrysosporium (Onygenaceae, Onygenales) in China
FIGURE. Chrysosporium sichuanense (holotype). A. Conidiogenous structures. B. Arthroconidia. C. Racquet hyphae. D. Conidia. E–F. Colony (front and reverse) on PDA. Bars: A–D = 20 μm, E–F = 10 mm.
FIGURE 1. Dendrobium fuscifaucium. A. Habit. B. Flower, front view. C. Flower, side view. D. Flower, ventral view. E. Young fruit. F in Dendrobium fuscifaucium (Orchidaceae: Epidendroideae: Dendrobieae), a new Laotian species only known in cultivation
FIGURE 1. Dendrobium fuscifaucium. A. Habit. B. Flower, front view. C. Flower, side view. D. Flower, ventral view. E. Young fruit. F. Sepals, petals and column. G. Labellum. H. Anther cap, dorsal view. I. Anther cap, ventral view. J. Anther cap, posterior view. K. Pollinium. All drawn from live plant (KS1400) by K. Souvannakhoummane.
FIGURE 2. Dendrobium fuscifaucium. A–C. Habit. D. Flower, side view. E. Flower, front view. F in Dendrobium fuscifaucium (Orchidaceae: Epidendroideae: Dendrobieae), a new Laotian species only known in cultivation
FIGURE 2. Dendrobium fuscifaucium. A–C. Habit. D. Flower, side view. E. Flower, front view. F. Sepals, petals and column. G. Labellum. H. Anther cap, dorsal view. I. Anther cap, ventral view. J. Anther cap, posterior view. All from (KS1400) by K. Souvannakhoummane.
On following pages: 259. Western White-bellied Duiker (Cephalophus leucogaster); 260. Uele White-bellied Duiker (Cephalophus arrhenii); 261. Red-flanked Duiker (Cephalophus rufilatus); 262. Natal Red Duiker (Cephalophus natalensis); 263. Harvey's Duiker (Cephalophus harveyi); 264. Black-fronted Duiker (Cephalophus nigrifrons); 265. ltombwe Duiker (Cephalophus hypoxanthus); 266. Rwenzori Duiker (Cephalophus rubidus); 267. Mount Elgon Duiker (Cephalophus fosteri); 268. Mount Kenya Duiker (Cephalophus hooki). in Bovidae
On following pages: 259. Western White-bellied Duiker (Cephalophus leucogaster); 260. Uele White-bellied Duiker (Cephalophus arrhenii); 261. Red-flanked Duiker (Cephalophus rufilatus); 262. Natal Red Duiker (Cephalophus natalensis); 263. Harvey's Duiker (Cephalophus harveyi); 264. Black-fronted Duiker (Cephalophus nigrifrons); 265. ltombwe Duiker (Cephalophus hypoxanthus); 266. Rwenzori Duiker (Cephalophus rubidus); 267. Mount Elgon Duiker (Cephalophus fosteri); 268. Mount Kenya Duiker (Cephalophus hooki).
Distribution. Endemic to the Rwenzori Mountains in W Uganda. Distribution is not believed to overlap with other duikers in the C. nigrifrons group as once thought; records of C. rubidus from Rwanda likely refer to the Black-fronted Duiker subspecies (C. maigrifrons kivuensis); this latter species is absent from the Rwenzoris. in Bovidae
Distribution. Endemic to the Rwenzori Mountains in W Uganda. Distribution is not believed to overlap with other duikers in the C. nigrifrons group as once thought; records of C. rubidus from Rwanda likely refer to the Black-fronted Duiker subspecies (C. maigrifrons kivuensis); this latter species is absent from the Rwenzoris.
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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)
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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.