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9,937 results for “Endemicity”
FIGURE 1. Caraipa glabra. A. Branch with fruits. B. Old flower, note the glabrous pedicel. C. Immature fruit. D. Mature fruit. E in Two new endemic species of Caraipa (Calophyllaceae) from the Central Amazon Basin, Amazonas State, Brazil
FIGURE 1. Caraipa glabra. A. Branch with fruits. B. Old flower, note the glabrous pedicel. C. Immature fruit. D. Mature fruit. E. Detail of abaxial leaf surface and revolute margin.
FIGURE 2 in Two new endemic species of Caraipa (Calophyllaceae) from the Central Amazon Basin, Amazonas State, Brazil
FIGURE 2. Caraipa glabra (A–B) and Caraipa iracemensis (C–F). A. Habit with immature fruit. B. Mature fruit, note the endocarp separating from the exocarp. C. Habitat and habit, note the caespitose habit. D. Flower buds and flowers. E. Immature fruits. F. Mature fruits.
FIGURE 2 in Two new species of the Brazilian endemic genus Acritopappus (Compositae, Eupatorieae) from Chapada Diamantina, Bahia State
FIGURE 2. Acritopappus stenophyllus: A. Floriferous branch; B. Leaf; C. Detail of the inflorescence; D. Capitulum; E. Median phyllary; F. Floret; G and G1. Cypselas with aristate and coroniform pappi. A–G1: Bautista & Rodríguez-Oubiña 2188 (SANT). Drawing by Rafael Salvador and Luis Orellana.
FIGURE 1. Acritopappus jacobaeus. A in Two new species of the Brazilian endemic genus Acritopappus (Compositae, Eupatorieae) from Chapada Diamantina, Bahia State
FIGURE 1. Acritopappus jacobaeus. A. Floriferous branch; B. Abaxial surface of leaf; C. Peduncle indument; D. Capitulum; E. Longitudinal section of capitulum; F. External phyllary; G. Internal phyllary; H. Palea; J. Corolla; K. Opened corolla showing androecium; L. Cypsela with pappus. A–L: Bautista 23810 (HRB). Drawing by Luis Orellana.
FIGURE 3. Caraipa iracemensis. A. Habit. B. Ovary and style. C. Fruit. D. Branch with flower buds and flowers. E in Two new endemic species of Caraipa (Calophyllaceae) from the Central Amazon Basin, Amazonas State, Brazil
FIGURE 3. Caraipa iracemensis. A. Habit. B. Ovary and style. C. Fruit. D. Branch with flower buds and flowers. E. Flower buds and flowers.
FIGURE 4 in Two new Chrysomyxa rust species on the endemic plant, Picea asperata in western China, and expanded description of C. succinea
FIGURE 4. Phylogram constructed by maximum parsimony and Bayesian analyses based on ITS sequences. Bootstrap values were calculated from 1,000 replications. Parsimony bootstrap (before the slash marks) and Bayesian posterior probabilities (after the slash marks) greater than 50% are shown. Bars: 10 nucleotide substitutions. New species and the holotype of C. qilianensis are shown in bold.
FIGURE 3 in Two new Chrysomyxa rust species on the endemic plant, Picea asperata in western China, and expanded description of C. succinea
FIGURE 3. Chrysomyxa qilianensis (HMAS-52077, holotype). A. Infected needles of P. crassifolia with aecia. B. Aeciospores observed by LM. C. Aeciospores observed by SEM. D. Aeciospores with single echinae on peltate base. E. Aecial peridium with coarsely striate outer surface. F. Aecial peridium with warted inner surface. Scale bars: A = 100um; B = 30 μm; C = 10um; D and E = 10μm; F = 10 μm.
FIGURE 2 in Two new Chrysomyxa rust species on the endemic plant, Picea asperata in western China, and expanded description of C. succinea
FIGURE 2. Chrysomyxa zhuoniensis (BJFC-R00521, holotype). A. Gross features of infected needles. B. Aeciospores observed by LM. C–D. Single aeciospores, showing longitudinal smooth cap with broken, fissured edge. E. Crowded, cylindrical warts with uneven tops. F. Aecial peridium with smooth outer surface. G. Aecial peridium with densely warted inner surface. Scale bars: A = 500um; B = 20 μm; C= 10um; D and E = 5 μm; F and G = 30 μm.
FIGURE 1 in Two new Chrysomyxa rust species on the endemic plant, Picea asperata in western China, and expanded description of C. succinea
FIGURE 1. Chrysomyxa diebuensis (BJFC-R00556, holotype). A. Aeciospores observed by LM. B. Aeciospores observed by SEM. C. Surface ornamentation of single aeciospores. D. Aeciospores with nailhead processes surface. E. Aecial peridium with coarsely striate outer surface. F. Aecial peridium with warted inner surface. Scale bars: A = 30um; B = 20 μm; C= 10um; D = 2 μm; E and F = 10 μm.
FIGURE 5 in Two new Chrysomyxa rust species on the endemic plant, Picea asperata in western China, and expanded description of C. succinea
FIGURE 5. Chrysomyxa succinea (BJFC-R02306). A. Aeciospores observed by LM. B. Aeciospores observed by SEM,showing broad longitudinal area or cap;C. crowded,cylindrical warts with smooth or rough tops. D. Aeciospores with warts cylindrical, 4–6 annuli.E. Aecial peridium with smooth outer surface. F. Aecial peridium with densely warted inner surface. Scale bars: A = 20um; B and C = 10μm; D = 1μm; E = 10 μm; F = 20 μm.
FIGURE 3. Arisaema tuberculatum C.E.C.Fisch. A in Rediscovery of Arisaema translucens (Araceae) and notes on A. tuberculatum, two strict endemics of Nilgiris, India
FIGURE 3. Arisaema tuberculatum C.E.C.Fisch. A. Habit; B. Abaxial and adaxial view of leaflets; D. Mouth showing caudate limb with a filiform thread; E. & F. Inflorescence.
FIGURE 2 in Rediscovery of Arisaema translucens (Araceae) and notes on A. tuberculatum, two strict endemics of Nilgiris, India
FIGURE 2. Colour illustration of Arisaema translucens C.E.C. Fischer. A. Habit; B. & C. Inflorescence.
FIGURE 1. Arisaema translucens C.E.C.Fisch. A in Rediscovery of Arisaema translucens (Araceae) and notes on A. tuberculatum, two strict endemics of Nilgiris, India
FIGURE 1. Arisaema translucens C.E.C.Fisch. A. Habit; B. Tuber with inflorescence; C. Mouth showing filiform tail; D. Spathe showing the translucence nature; E. Inflorescence; F. Spadix.
FIGURE 1. V in Verbascum ifranensis (Scrophulariaceae), a new endemic species from Morocco
FIGURE 1. V. ifranensis sp. nov.: A, basal leaves; B, Habit and habitat; C, upper or rameal leaves; D1 and D2, Bracts and calyx; E, two flower buds; F, Corolla, abaxial view; G, Corolla, adaxial view with filament wool and style; H, Fruit capsules.
FIGURE 4 in Distribution and infraspecific morpho-ecological variability of Ambrosina bassii (Araceae) an endemic of western-central Mediterranean
FIGURE 4. The projection of the multiple correspondence analysis (axes 1 and 2) of the specimens of Ambrosina bassii according to the four varieties (large circles) and to the sampling country: Corsica, Algeria, Italy and Tunisia (colored symbols).
FIGURE 3 in Distribution and infraspecific morpho-ecological variability of Ambrosina bassii (Araceae) an endemic of western-central Mediterranean
FIGURE 3. Ambrosina bassii -Tunisia: Morphological leaf variability of the form (A, B–C); the margin (D, E–F); the color of the blade and the veins (G, H, I, J, K–L); the base (M, N–O) and the apex (P, Q, R–S). The blades are green, light green or sage green, ranging from broadly elliptical shape (width / length> 0.75), elliptical (width / length ranges from 0.5–0.74) to narrowly elliptical (width /length <0.49) (Figs. A–C). The blade can also be stained with purple-black, with arched top, obtuse, very obtuse or lobed (Figs. P–S) and cordate base, rounded or clasping (Figs. M–O). The veins are more or less parallel arising from the petiole insertion green, light green or dark green. The margins of the leaf blade are wavy, tense or not corrugated (Figs. D–F). Photographed by Safa Ben Khalifa.
FIGURE 2. Ambrosina bassii L in Distribution and infraspecific morpho-ecological variability of Ambrosina bassii (Araceae) an endemic of western-central Mediterranean
FIGURE 2. Ambrosina bassii L.: var. maculata (A); var. reticulata (B) and var. bassii (C) from Tunisia. Photographed by Safa Ben Khalifa.
FIGURE 1. A in Distribution and infraspecific morpho-ecological variability of Ambrosina bassii (Araceae) an endemic of western-central Mediterranean
FIGURE 1. A. Distribution of Ambrosina bassii, an endemic species of western central Mediterranean. Black Triangles represent voucher locations listed in the literature and from herbarium specimens. B. Sites prospected in Tunisia (black triangles: prospected sites where A. bassii is present, open triangles: prospected sites where A. bassii is absent). Region codes are: M: Mogods, K: Kroumirie, VM: Medjerda Valley, DT: Tunisian dorsal, NE: North-East.
FIGURE 6. Phyllanthus hyssopifolioides. A. Staminate flowers. B. Pistillate flowers. C. Leaves, adaxial surface. D in Phyllanthus eremitus (Phyllanthaceae), a narrowly endemic new species from Santa Catarina, southern Brazil, and lectotypification and range extension of P. hyssopifolioides
FIGURE 6. Phyllanthus hyssopifolioides. A. Staminate flowers. B. Pistillate flowers. C. Leaves, adaxial surface. D. Fruits and detail of stem. E. Habit.
FIGURE 3 in Phyllanthus eremitus (Phyllanthaceae), a narrowly endemic new species from Santa Catarina, southern Brazil, and lectotypification and range extension of P. hyssopifolioides
FIGURE 3. Distribution map of Phyllanthus eremitus (green star) and the first records of P. hyssopifolioides (orange dots) in Santa Catarina, southern Brazil.
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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.