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FIGURE 3 in A natural laboratory in southern Spain: new hybrids of wild daffodils (Narcissus, Amaryllidaceae)
FIGURE 3. Inflorescence details of the nine daffodils: a, N. fernandesii; b, N. assoanus subsp. baeticus; c, N. jonquilla subsp. jonquilla; d, N. papyraceus; e, N. ×trianoi; f, N. ×repulloi; g, N. ×egabrensis; h, N. ×christopheri nothosubsp. sanchezii showing bicolor flowers; i, N. ×christopheri nothosubsp. sanchezii showing monocolor flowers. Pictures authorship: e, Enrique Triano; f, Joaquín Ramírez.
FIGURE 2. Comparative plate depicting A. N. triandrus subsp. pallidulus, B. N in Two New Hybrid Daffodils (Narcissus, Amaryllidaceae) From Northern Extremadura (Cáceres, Spain)
FIGURE 2. Comparative plate depicting A. N. triandrus subsp. pallidulus, B. N. vitekii, and C. N. rupicola. The two first species hybridize to form N. × richardianus (D1. Offspring of N. triandrus subsp. pallidulus ♀ × N. vitekii ♂; D2. Offspring of N. triandrus subsp. pallidulus ♂ × N. vitekii ♀; E. N. × kirchnerianus: offspring of N. rupicola ♀ × N. vitekii ♂, note the widely open corona in contrast with Fig. 1E.
FIGURE 3 in Two New Hybrid Daffodils (Narcissus, Amaryllidaceae) From Northern Extremadura (Cáceres, Spain)
FIGURE 3. Linear Discriminant Analysis (LDA) scatter plots of morphometrical traits with 95% confidence ellipses. 3A. Comparison of N. × richardianus with its parental species. 3B. Same for N. × kirchnerianus.
FIGURE 1. A in Two New Hybrid Daffodils (Narcissus, Amaryllidaceae) From Northern Extremadura (Cáceres, Spain)
FIGURE 1. A. Typical colony of short-scaped N. vitekii on an open pasture at the locus classicus in Sierra de Gata (Extremadura, Spain). B. N. rupicola in a shady quartzite crevice near Hornachos (Badajoz). C. N. triandrus subsp. pallidulus in the immediate vicinity of N. vitekii in a forest clearing. Note the more elevated habit of the latter in a partially shady habitat. D. N. × richardianus in a neighbouring scrub clearing. Pale flowers and widely open coronas are the typical outcome of N. triandrus subsp. pallidulus acting as the maternal parent (see also Fig. 2D). E. N. × kirchnerianus in an open pasture close to granite outcrops. Note the intense yellow and the narrowed corona mouth, typical outcome of a crossing where N. vitekii acted as the maternal parent (compare with Fig. 2E). All photographs by the author.
FIGURE 12 in Morphological, cytological, palynological and molecular evidence on two new hybrids from Turkey: an example of homoploid hybridization in Origanum (Lamiaceae)
FIGURE 12. Neighbour-Net splits graph (rooted equal angle diagram) (left side) and phylogram (right side) showing the positions of the new hybrids based on nrITS sequences
FIGURE 11 in Morphological, cytological, palynological and molecular evidence on two new hybrids from Turkey: an example of homoploid hybridization in Origanum (Lamiaceae)
FIGURE 11. Metaphase chromosomes of: A, O. vulgare subsp. hirtum (Dirmenci 4507); B, O. ×sevcaniae (Dirmenci 4508); C, O. vogelii (Dirmenci 4509).
FIGURE 10 in Morphological, cytological, palynological and molecular evidence on two new hybrids from Turkey: an example of homoploid hybridization in Origanum (Lamiaceae)
FIGURE 10. Metaphase chromosomes of: A, O. boissieri (Dirmenci 4501); B, O. vulgare subsp. hirtum (Dirmenci 4500).
FIGURE 9 in Morphological, cytological, palynological and molecular evidence on two new hybrids from Turkey: an example of homoploid hybridization in Origanum (Lamiaceae)
FIGURE 9. SEM micrographs of investigated taxa. O. ×sevcaniae (A–D), O. vogelii (E–H) and O. vulgare subsp. hirtum (I–L). Mesocolpium and colpi (A, E, I), apocolpial area (B, F, J), exine surface (C, G, K), pollen grains with different size (D, H, L).
FIGURE 6 in Morphological, cytological, palynological and molecular evidence on two new hybrids from Turkey: an example of homoploid hybridization in Origanum (Lamiaceae)
FIGURE 6. Flowers and calyx of Origanum vogelii (A, D, E); O. ×sevcaniae (B, F); O. vulgare subsp. hirtum (C, G).
FIGURE 4 in Morphological, cytological, palynological and molecular evidence on two new hybrids from Turkey: an example of homoploid hybridization in Origanum (Lamiaceae)
FIGURE 4. Habitus, inflorescence and spicules of Origanum boissieri (A, D, G); O. ×malyeri (B, E, H); O. vulgare subsp. hirtum (C, F, I).
FIGURE 7 in Morphological, cytological, palynological and molecular evidence on two new hybrids from Turkey: an example of homoploid hybridization in Origanum (Lamiaceae)
FIGURE 7. Habitus, inflorescence and spicules of Origanum vogelii (A, D, G); O. ×sevcaniae (B, E, H); O. vulgare subsp. hirtum (C, F, I).
FIGURE 3 in Morphological, cytological, palynological and molecular evidence on two new hybrids from Turkey: an example of homoploid hybridization in Origanum (Lamiaceae)
FIGURE 3. Flowers and calyx of Origanum boissieri (A, D); O. ×malyeri (B, E); O. vulgare subsp. hirtum (C, F).
FIGURE 6 in Emerging natural hybrid between Invasive Species and Native Congener of Emilia (Asteraceae) Found in Northern Taiwan
FIGURE 6. (A) Morphology of styles of E. praetermissa (E. p.), E. × latens (Hybrid) and E. sonchifolia var. javanica (E. s. j.) respectively. The ovary has been removed. (B, C, D) A close-up view of the style branches and stigma of E. praetermissa, E. ×latens and E. sonchifolia var. javanica respectively. The brownish stains result from the damage of forceps when we isolated the style even very carefully. (E, F, G) The morphology of stigma under 100× field of microscope, in the same order as prior. (Photographer: WANG, JEN-YU).
FIGURE 3 in Emerging natural hybrid between Invasive Species and Native Congener of Emilia (Asteraceae) Found in Northern Taiwan
FIGURE 3. The result of flow cytometry of Emilia in Taiwan. (A) & (B) Emilia sonchofolia var. javanica. (C) Emilia praetermissa. (D) Emilia fosbergii. (E) & (F) Emilia ×latens, the strength level at the nuclear count peak is similar to all the other samples (2n=20), which indicates E. ×latens is also 2n=20.
FIGURE 2 in Emerging natural hybrid between Invasive Species and Native Congener of Emilia (Asteraceae) Found in Northern Taiwan
FIGURE 2. (A) Pollen stainability of E. sonchifolia var. javanica (E. s. j.), E. praetermissa (E. p.) and E. ×latens (Hybrid). (B) Representative photo for the staining of the pollens from E. ×latens. (Photographer: WANG, JEN-YU).
FIGURE 1 in Emerging natural hybrid between Invasive Species and Native Congener of Emilia (Asteraceae) Found in Northern Taiwan
FIGURE 1. Morphology of capitula and florets of E. praetermissa (E. p.), E. sonchifolia var. javanica (E. s. j.) and E. ×latens (Hybrid). (A) Lateral view of the capitula, the florets of E. praetermissa and E. ×latens extend more outwardly, which makes the capitula looks more open. (B) Top view. (C) Dissected involucre, showing the intermediate trichome density in E. ×latens. (D) Florets, showing corolla lobes, color of corolla and stigma. (Photographer: WANG, JEN-YU).
Hybrid Vehicle Research Data
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Data for "Online Learning of Entrainment Closures in a Hybrid Machine Learning Parameterization"
<p>Calibration data and visualization tools for "Online Learning of Entrainment Closures in a Hybrid Machine Learning Parameterization".</p>
Dataset for: Gülmüs M. et al. "Photoluminescence modal splitting via strong coupling in hybrid Au/WS2/GaP nanoparticle-on-mirror cavities"
Open the record for dataset details and reuse information.
FIGURE 4 in Is Rosa × archipelagica (Rosaceae, Rosoideae) really a spontaneous intersectional hybrid between R. rugosa and R. maximowicziana? Molecular data confirmation and evidence of paternal leakage
FIGURE 4. Fragments of electropherograms of four sequences (Rosa maximowicziana max7, R. × archipelagica arc4, R. × archipelagica arc3, and R. rugosa rug2) of ndhC–trnV IGS. Blue rectangles indicate substitutions in 117, 173, and 185 positions of the alignment, and an indel T/- in the 228th position of the alignment, differing Rosa maximowicziana and R. rugosa. The sequence arc4 possesses double peaks in corresponding positions, the sequence arc3 is identical to that of max7.
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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.