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9,937 results for “Endemicity”
Fig. 1. – Virotia azurea H.C. Hopkins & Pillon. A in Virotia azurea (Proteaceae: Macadamieae), a striking new species endemic to New Caledonia and notes on V. francii and V. leptophylla
Fig. 1. – Virotia azurea H.C. Hopkins & Pillon. A. Leaf; B. Apex of a shoot showing the arrangement of leaf bases and the base of an inflorescence axis (*); C. Inflorescence (conflorescence), the flowers post-anthesis; D. A flower-pair immediately prior to anthesis, their peduncle subtended by a minute bract and a small bract present at the base of each pedicel; E. A flower post anthesis, the tepals all helically curled; F. Base of a flower, two tepals removed to show the ovary and the cup-like disc around it; G. Apex of the style, slightly swollen and ridged, forming the pollen presenter; H. Distal part of a tepal, inner surface, with the anther attached; I. Immature fruit, note prominent beak. [A, C, E– H: Gâteblé et al. 87, P; B: Munzinger et al. 1462, P; D: MacKee 15159, P; I: MacKee 46274, P] [Drawing: Andrew Brown]
Fig. 4 in Virotia azurea (Proteaceae: Macadamieae), a striking new species endemic to New Caledonia and notes on V. francii and V. leptophylla
Fig. 4. – Distribution of Virotia azurea H.C. Hopkins & Pillon in New Caledonia. Areas with ultramafic substrate are shown in grey.
Fig. 1 in Pilosella hoppeana subsp. sicula Di Grist., Gottschl. & Raimondo (Asteraceae), a new endemic subspecies from Sicily (Italy)
Fig. 1. – Pilosella hoppeana subsp. sicula Di Grist., Gottschl. & Raimondo. A. Habit; B. Detail of apical stem; C. Capitulum; D. Achene. [Di Gristina 101238, PAL] [Drawing: F.P. Campione]
Fig. 2 in Pilosella hoppeana subsp. sicula Di Grist., Gottschl. & Raimondo (Asteraceae), a new endemic subspecies from Sicily (Italy)
Fig. 2. – Blooming populations of Pilosella hoppeana subsp. sicula Di Grist., Gottschl. & Raimondo in Mt. Scalone (Madonie mountains).
Fig. 1. – Arisaema brinchangense Y.W in Arisaema brinchangense Y.W. Low, Scherberich & Gusman (Araceae), a new threatened species endemic to the Cameron Highlands (Peninsular Malaysia)
Fig. 1. – Arisaema brinchangense Y.W. Low, Scherberich & Gusman. A. Habit; B. Details of the lower leaf blade surface; C. Rhizome showing numerous offsets and fleshy white roots, inflorescence artificially removed; D. Front view of an inflorescence showing spathe-limb with distinctive white trident marking (with three pointed tips) and spadix-appendix slight bent forward; E. Spathe-tube of a male inflorescence artificially removed to show the male spadix fertile zone,
Fig. 2 in Arisaema brinchangense Y.W. Low, Scherberich & Gusman (Araceae), a new threatened species endemic to the Cameron Highlands (Peninsular Malaysia)
Fig. 2. − Inflorescences of Arisaema brinchangense Y.W. Low, Scherberich & Gusman (A-B) and A. anomalum Hemsl. (C-D). A. Side view of the inflorescence showing straight and hardly recurved spathe-tube mouth margin; B. Dorsal view of the inflorescence showing distinct white to pale cream coloured trident marking (with three pointed tips) on the spathe-limb; C. Side view of an inflorescence showing strongly recurved (auriculate) spathe-tube mouth margin; D. Dorsal view of the inflorescence showing white to pale cream coloured narrow parallel stripes along the spathe-limb. [Photos: D. Scherberich]
Fig. 3 in Pilosella hoppeana subsp. sicula Di Grist., Gottschl. & Raimondo (Asteraceae), a new endemic subspecies from Sicily (Italy)
Fig. 3. – Details of the indumentum of the bracts. A. Pilosella hoppeana subsp. sicula Di Grist., Gottschl. & Raimondo; B. P. hoppeana subsp. macrantha (Ten.) S. Bräut. & Greuter.
Fig. 3 in Arisaema brinchangense Y.W. Low, Scherberich & Gusman (Araceae), a new threatened species endemic to the Cameron Highlands (Peninsular Malaysia)
Fig. 3. – Distribution of Arisaema brinchangense Y.W. Low, Scherberich & Gusman (black circle) in Peninsular Malaysia.
Fig. 1. Euphorbia blepharadena O.L.M in Three new species of Euphorbia subgenus Chamaesyce (Euphorbiaceae) endemic to Brazil
Fig. 1. Euphorbia blepharadena O.L.M.Silva & Cordeiro sp. nov. A. Habit. B. Detail of indumentum on branches, with curved short and longer erect trichomes. C. Leaf. D. Detail of leaf blade margin, showing a colleter at the apex of each tooth. E. Cyathium. F. Opened cyathium, showing staminate cymules and bracteoles. G. Isolated cyathial gland, with its fimbriate appendage. H. Young fruit. I. Seeds in ventral (left) and dorsal (right) views. Illustration of the holotype, J.A. Lombardi et al. 4433 (UEC), by Klei Souza.
Fig. 3. Euphorbia longipedunculata O.L.M in Three new species of Euphorbia subgenus Chamaesyce (Euphorbiaceae) endemic to Brazil
Fig. 3. Euphorbia longipedunculata O.L.M.Silva & Riina sp. nov. A. Habit. B. Cyathium, C. Opened cyathium, showing staminate cymules and bracteoles, D. Young fruit. E. Seeds in ventral (left) and dorsal (right) views. Illustrations of the holotype, B.M.T. Walter et al. 4688 (SP), by Klei Souza.
Fig. 2 in Three new species of Euphorbia subgenus Chamaesyce (Euphorbiaceae) endemic to Brazil
Fig. 2. Geographical distribution of Euphorbia blepharadena O.L.M.Silva & Cordeiro sp. nov. (triangle), E. longipedunculata O.L.M.Silva & Riina sp. nov. (star) and E. sobolifera O.L.M.Silva & P.J.Braun sp. nov. (square).
Fig. 4. Euphorbia sobolifera O.L.M.Silva & P.J in Three new species of Euphorbia subgenus Chamaesyce (Euphorbiaceae) endemic to Brazil
Fig. 4. Euphorbia sobolifera O.L.M.Silva & P.J.Braun sp. nov. A. Habitat. B. Habit. C. Portion of a branch producing soboles. D. Apical portion of branches with reduced opposite leaves. E. Detail of a node with opposite leaves. F. Cyathium showing one of the cyathophylls bearing colleters on its margin (arrows). G. Detail of a cyathium showing an involucre lobe (arrow). H. Grouped staminate cyathia. I. Solitary pistillate cyathium. J. Detail of a pistillate cyathium showing the pistillate flower. K. Immature fruit. L. Staminate cyathium opened, showing staminate cymules, bracteoles and a central pistillode. M. Pistillate cyathium opened, showing poorly developed staminate flowers and bracteoles. Photos: A–B: P.J. Braun in the field; C–K: O.L.M. Silva; L–M: Illustrations of plants cultivated at the Instituto de Botânica by Klei Souza.
Fig. 2 in Pandanus tsingycola Callm. & Nusb. (Pandanaceae), a new species endemic to western Madagascar
Fig. 2. – Pandanus tsingycola Callm. & Nusb. A. Tip of a leaf; B. Median section of a leaf; C. Basal section of a leaf; D. Syncarp; E. Single carpel detached from a phalange; F. Cross section of a single carpel; G. Phalange; H. Cross section of a phalange. [Nusbaumer & al. 3117, TEF] [Drawing: R. Andriamiarisoa]
Fig. 1 in Pandanus tsingycola Callm. & Nusb. (Pandanaceae), a new species endemic to western Madagascar
Fig. 1. – Distribution of Pandanus tsingycola Callm. & Nusb. in Madagascar with highlight on the remaining forests on Mesozoic limestones on the whole island (right) as delimited by MOAT & SMITH (2007) and of the forested areas on the detailed map of the Beanka region (left). Ankarana and Bemaraha are highlighted.
Fig. 4. - Homalium ovatifolium Appleq. A in A revision of Homalium sect. Odontolobus (Salicaceae) endemic to Madagascar
Fig. 4. - Homalium ovatifolium Appleq. A. Flowering branch; B. Flowers. [Randrianaivo et al. 1206, TAN] [Drawings: R.L. Andriamiarisoa]
Fig. 2. - Homalium masoalense Appleq. A in A revision of Homalium sect. Odontolobus (Salicaceae) endemic to Madagascar
Fig. 2. - Homalium masoalense Appleq. A. Flowering branch; B. Flowers. [Schatz et al. 3367, TAN] [Drawings: R.L. Andriamiarisoa]
Fig. 9 in Floristic analyses of the Corsican flora: biogeographical origin and endemism
Fig. 9. – Proportion of taxa of the various biogeographical origins for each endemic element. [n = number of taxa in each category]
Fig. 7 in Floristic analyses of the Corsican flora: biogeographical origin and endemism
Fig. 7. – Proportion of taxa in each vegetation belt, for each endemic element. [Al: alpine; Sa: subalpine; Or: cryo-oromediterranean; Mo: montane; Sm: supramediterranean; Me: mesomediterranean; Tm: thermomediterranean; Li: coastal zone]
Fig. 6A in Floristic analyses of the Corsican flora: biogeographical origin and endemism
Fig. 6A –Relationship between the number of taxa and the altitude (as expressed by vegetation belts). [Li: coastal zone; Tm: thermomediterranean; Me: mesomediterranean; Sm: supramediterranean; Mo: montane; Or: cryo-oromediterranean; Sa: subalpine; Al: alpine]
Fig. 2 in Floristic analyses of the Corsican flora: biogeographical origin and endemism
Fig. 2. – Biogeographical origin of the native non-endemic flora for each abundance class. [n = total in each category; D? = probably extinct; RR = very rare; R = rare; PF = infrequent or disseminated; LOC = localised; C = common; CC = very common]
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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.