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FIGURE 6 in Morphometric and flow cytometric evaluations of a putative natural hybrid of Centaurium (Gentianaceae) from Turkey
FIGURE 6. Flow cytometry histogram of Centaurium serpentinicola. Dc: Daucus carota cv. Red Cored Chantenay (internal reference standard). Cs: C. serpentinicola.
FIGURE 3 in A taxonomic survey of the genus Vitis L. (Vitaceae) in Italy, part II: the 'Euro-American' hybrids
FIGURE 3. Seeds, ventral (on the left) and dorsal (on the right) sides. A) V. ×bacoi; B) V. ×goliath; C) V. vinifera; D) V. riparia; E) V. ×instabilis. All photos by Michele Zilioli.
FIGURE 2. A–B in A taxonomic survey of the genus Vitis L. (Vitaceae) in Italy, part II: the 'Euro-American' hybrids
FIGURE 2. A–B) Petiole insertion (abaxial surface). C–D) Petiole insertion detail. E–F) Vein axils (abaxial leaf surface). G–H) Abaxial leaf surface pubescence. A, C, E, G) V. ×bacoi; B, D, F, H) V. ×goliath. All photos by Michele Zilioli.
FIGURE 3 in Molecular evidence for the hybrid origin of Rosa lichiangensis (Rosaceae)
FIGURE 3. Phylogeny of nuclear GAPDH dataset. Numbers above branches are bootstrap values from ML analyses; numbers below branches are posterior probability values of BI.
FIGURE 2 in Molecular evidence for the hybrid origin of Rosa lichiangensis (Rosaceae)
FIGURE 2. Phylogeny of concatenated chloroplast dataset. Numbers above branches are bootstrap values from ML analyses; numbers below branches are posterior probability values of BI.
FIGURE 1 in Molecular evidence for the hybrid origin of Rosa lichiangensis (Rosaceae)
FIGURE 1. Photographic images of R. multiflora var. cathayensis (A, D), R. lichiangensis (B, E) and R. soulieana (C, F).
FIGURE 5 in Berberis × baoxingensis (Berberidaceae), a new putative hybrid from western Sichuan, China
FIGURE 5. Holotype of Berberis ×baoxingensis and its living plants in the wild. A, Holotype. B, Part of the holotype in the wild, showing its living individual growing closely adjacent to the bush of B. verruculosa, on 8 May 2014. C, Part of the paratype Li et al., 141008, showing leaves, 2 bicolored flowers and 1 purplish black berry, on 13 October 2014. Abbreviations: BB, B. ×baoxingensis; BV, B. verruculosa; All photographed by Xin-Hua Li.
FIGURE 1 in Berberis × baoxingensis (Berberidaceae), a new putative hybrid from western Sichuan, China
FIGURE 1. Morphological features of Berberis verruculosa and B. sanguinea. A, B, B. verruculosa in the wild, showing yellow flowers, leaves pruinose below, and terete verruculose branches. C, D, B. sanguinea in the wild, showing bicolored flowers and leaves on the grey sulcate branches. E, F, The yellow petals of B. verruculosa, apexes retuse to entire. G, H, The reddish or reddish yellow petals of B. sanguinea, apexes notched to emarginate. I, Pruinose fruits and leaves of B. verruculosa. J, Purple-black fruits and leaves of B. sanguinea. A–D & I–J, bars = 1 cm, E–H, bars = 1 mm. A–D & I–J photographed by Xin-Hua Li, E & F by Wen-Hui Li, and G & H by Li-Cun Zhang.
FIGURE 3 in Berberis × baoxingensis (Berberidaceae), a new putative hybrid from western Sichuan, China
FIGURE 3. Morphological features of Berberis ×baoxingensis. A, Solitary to 3-fascicled, bicolored flowers. B, C, Part of the holotype in the wild, showing the bicolored flower and leaves. D, Ripening fruit, part of the paratype Li et al., 141008. E–G, The outmost 3 purplish red sepals. H–J, The innermost 3 sepals. K, L, Petals, apexes retuse. M, Stamen. N–R, Longitudinal dissection of ovaries, N, 2 ovules, O, 3 ovules, P, 4 ovules, Q, 5 ovules, R, 6 abortive ovules. S, Seed. A–D, bars = 1 cm, E–S, bars = 1 mm. A–D photographed by Xin-Hua Li, E–S by Wen-Hui Li.
FIGURE 4 in Berberis × baoxingensis (Berberidaceae), a new putative hybrid from western Sichuan, China
FIGURE 4. Comparison of the flower features of the three sympatric congeners of Berberis. A, Pedicel length. B, Tepal number. C, Size of sepals and petals. Abbreviations: BB, B. ×baoxingensis; BS, B. sanguinea; BV, B. verruculosa; LO, length of the outmost 3 sepals; WO, width of the outmost 3 sepals; LI, length of the innermost 3 sepals; WI, width of the innermost 3 sepals; LP, length of the 6 petals; WP, width of the 6 petals; LT, length of all tepals; WT, width of all tepals. Values with different letters indicating significant differences at p<0.01 level.
FIGURE 6 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 6. Ranunculus schmalhausenii in the wild in Republic of Karelia, Russia: A—plant in deep water of lake Srednee Kuito (vicinity of town Kalevala), B—whole plant in the shallow of lake Bolshoe Severnoe (vicinity of village Sosnovyi), C, D—floating upper vegetativegenerative part in the shallow of lake Bolshoe Severnoe (vicinity of village Sosnovyi). Photos A.A. Bobrov, (A) 16 July 2012, (B–D) 17 July 2012.
FIGURE 5 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 5. Herbarium specimens (H) of Ranunculus schmalhausenii of different morphotypes: A—typical lake form (Russia, Murmansk region, lake Notozero, H 801405), B—typical river form (Finland, Kittilä Lapland, Ylikylä, H 801383), C—form with lobed petals (Finland, Finland proper, Jalassaari, H 801409), D—form with many petaled flowers (Finland, South Häme, lake Norijärvi, H 043172).
FIGURE 4 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 4. Phylogenetic relations within Batrachium taxa based on the rpl32-trnL region. Unrooted tree was built in MEGA5 using Maximum Likelihood method (ML). Bootstrap support values from 1000 replicates are shown next to the branches.
FIGURE 8 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 8. Individual plant of Ranunculus schmalhausenii (Russia, Republic of Karelia, lake Verknyaya Kuzemka, IBIW) with different types of shoots: A—vegetative, prostrate shoots, B—lower part of generative shoot, C—upper part of generative shoot.
FIGURE 1 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 1. Geographical range of Ranunculus schmalhausenii (outlined) with the localities of field investigation and DNA sampling in Finland and North-West of European Russia (dots). Dash line shows preliminary range border due to insufficient data.
FIGURE 3 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 3. Phylogenetic relations within Batrachium taxa based on the psbE-petL region. Unrooted tree was built in MEGA5 using Maximum Likelihood method (ML). Bootstrap support values from 1000 replicates are shown next to the branches.
FIGURE 2 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 2. NeighborNet analysis of interspecific ITS variability within the Batrachium section. The concentration of Ranunculus schmalhausenii samples are marked by small red rectangle; big red rectangle—close up view showing the genetic relations among the samples of R. schmalhausenii (samples marked red) and R. penicillatus (samples given in italic). Bootstrap support values from 1000 replicates are shown next to the branches. Each of the five R. trichophyllus ribotypes is marked by black rectangle. Genetic groups are marked A–F.
FIGURE 7 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 7. Ranunculus peltatus: A—typical form (C Poland, Świętokrzyskie prov., village Aleksandrów, reservoir on river Korzeniówka, KRA 327607), B—characteristic stand (W Poland, Lubuskie prov., oxbow of river Odra near Łomy, photo J. Zalewska-Gałosz, 8 June 2012).
FIGURE 14. A–C in Anatomy and morphology suggest a hybrid origin of Zamia katzeriana (Zamiaceae)
FIGURE 14. A–C, variation in girder sclerenchyma in T.S. of leaflet of Zamia katzeriana (arrows); D and E, variation in girder sclerenchyma in T.S. of leaflet of Z. splendens (arrows); F, multiple layers of Girder sclerenchyma (lower arrow) and G-fibres (upper arrow) in T.S. of leaflet of Z. loddigesii. Stain, Phloroglucinol HCl reaction for lignin. All scale bars = 50 μm.
FIGURE 12 in Anatomy and morphology suggest a hybrid origin of Zamia katzeriana (Zamiaceae)
FIGURE 12. Principal components analysis on 9 anatomical leaflet variables: S = Zamia splendens, K = Z. katzeriana, L = Z. loddigesii.
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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.