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573 results for “geographic species distribution”
FIGURE 6 in Species richness, geographic distribution and endemism of Pinguicula (Lentibulariaceae) in the Mexican Transition Zone
FIGURE 6. Geographical distribution of subgenera and species of Pinguicula. A) Subgenera distribution; B) Pinguicula subgenus Isoloba; C) Pinguicula subgenus Pinguicula; D) Pinguicula subgenus Temnoceras.
FIGURE 5 in Species richness, geographic distribution and endemism of Pinguicula (Lentibulariaceae) in the Mexican Transition Zone
FIGURE 5. Distribution of Pinguicula by elevation. A) Histogram frequency of the species richness distribution, in dark grey the principal class; B) boxplot distribution of Pinguicula species.
FIGURE 3. Vatica mizaniana. A. Geographic distribution map. B in Two new species of Vatica (Dipterocarpaceae) from Peninsular Malaysia
FIGURE 3. Vatica mizaniana. A. Geographic distribution map. B. Spatial distribution of trees in the population at Compartment 31, Jerangau Forest Reserve.
FIGURE 3 in First record of the rare Dyckia racemosa Baker (Bromeliaceae) in Maranhão state (northeastern Brazil), with an update on the species description, geographic distribution, and conservation status
FIGURE 3. Unicates herbarium specimen of Dyckia racemosa. A. Tocantins, Gardner 4015. B. Goiás, Irwin et al. 14528. C. Bahia, Forzza 7451. D. Maranhão, Guarçoni 2352 & A.W.C. Ferreira. (Fotos: Elidio A. E. Guarçoni)
FIGURE 2. Dyckia racemosa A in First record of the rare Dyckia racemosa Baker (Bromeliaceae) in Maranhão state (northeastern Brazil), with an update on the species description, geographic distribution, and conservation status
FIGURE 2. Dyckia racemosa A. plant rosettes growing isolated on rocky soil; B. Inflorescence of D. racemosa; C. Detail of a flower, showing the indumentum on sepals and petals. (Photos: Elidio Guarçoni)
FIGURE 4 in First record of the rare Dyckia racemosa Baker (Bromeliaceae) in Maranhão state (northeastern Brazil), with an update on the species description, geographic distribution, and conservation status
FIGURE 4. Map showing the distribution and extent of occurrence of Dyckia racemosa across Serra Geral, in the Brazilian states of Goiás, Bahia, Tocantins, and Maranhão.
FIGURE 1. Dyckia racemosa Baker E.A.E in First record of the rare Dyckia racemosa Baker (Bromeliaceae) in Maranhão state (northeastern Brazil), with an update on the species description, geographic distribution, and conservation status
FIGURE 1. Dyckia racemosa Baker E.A.E. Guarçoni 2352 & A.C. Ferreira. A. Rosette; B. Inflorescence, showing upper peduncle bracts shorter than the internodes and suberect to divergent flowers; C. Detail of the leaf, showing retrorse spines; D. Detail of the inflorescence, showing floral bracts shorter than the pedicels and suberect to divergent flowers; E. Longitudinal section of the flower; F. Sepal with detail of the indumentum; G. Petal with detail of the indumentum; H. Petal and stamens; I. Detail of anther. (Illustration: Reinaldo Monteiro)
FIGURE 4 in Geographical distribution of Dyckia walteriana (Bromeliaceae), a recently described and endangered species endemic to the Serra Geral formation, southern Brazil
FIGURE 4. Geographic distribution of population 10 of Dyckia walteriana in the Serra Geral formation, Paraná State, Brazil. Red area: registered population (yellow square B in Figure 2).
FIGURE 3 in Geographical distribution of Dyckia walteriana (Bromeliaceae), a recently described and endangered species endemic to the Serra Geral formation, southern Brazil
FIGURE 3. Geographic distribution of populations 1-9 & 12 of Dyckia walteriana in the Serra Geral formation, Paraná State, Brazil. Red areas: registered populations (yellow square A in Figure 2).
FIGURE 2 in Geographical distribution of Dyckia walteriana (Bromeliaceae), a recently described and endangered species endemic to the Serra Geral formation, southern Brazil
FIGURE 2. Geographic distribution of Dyckia walteriana in the Serra Geral formation, Paraná State, Brazil. Red polygon: region studied in order to select promising locations for the occurrence of D. walteriana populations. Yellow squares: regions of occurrence of one or more populations. A see Figure 3; B see Figure 4; C see Figure 5.
FIGURE 1 in Geographical distribution of Dyckia walteriana (Bromeliaceae), a recently described and endangered species endemic to the Serra Geral formation, southern Brazil
FIGURE 1. Some of the Dyckia walteriana populations identified in the Serra Geral formation, Paraná state, Brazil. A = population 1 (before the intentional fire); B = population 2; C = population 8; D = population 10.
FIGURE 5 in Geographical distribution of Dyckia walteriana (Bromeliaceae), a recently described and endangered species endemic to the Serra Geral formation, southern Brazil
FIGURE 5. Geographic distribution of population 11 of Dyckia walteriana in the Serra Geral formation, Paraná State, Brazil. Red area: registered population (yellow square C in Figure 2).
FIGURES 53–54. Geographical distributions. 53. H spanglerorum species group. 54. H in Taxonomy of water beetles in the genus Hydrochus Leach, 1817, from Bolivia, Brazil and Paraguay (Coleoptera: Hydrochidae)
FIGURES 53–54. Geographical distributions. 53. H spanglerorum species group. 54. H collaris species group.
Data from: Cytogenetics, geographic distribution, conservation and new species of Macrotorus (Mollinedioideae, Monimiaceae) from the Brazilian Atlantic rainforest
A new species of Macrotorus (Monimiaceae) from the Brazilian Atlantic rainforest is here described and illustrated: M. genuflexus. This species, restricted to the Poço das Antas Biological Reserve (situated in the central region of Rio de Janeiro state, Brazil), is the second in the genus Macrotorus. The new species description is based on morphological and cytogenetic (karyotype and genome size - GS) comparative analyses. We also report a new record of Macrotorus utriculatus for the state of Bahia, confirming a potential distribution modeling prediction and provide comments for the conservation of both species.
FIGURE 1 in Emended description and geographical distribution of Sporisorium elegantis (Ustilaginaceae), a species shared between West Africa and India
FIGURE 1. Sporisorium elegantis on Thelepogon elegans. A. Habitat in Benin (phot. M. Piątek). B. Healthy inflorescence of Thelepogon elegans (phot. M. Piątek). C. Macroscopic symptoms of infection: to the left—two infected plants with sori with disappeared peridia and two columellae (a columella indicated by arrow divides into short apical branches), and to the right—enlarged sori with disappearing peridia and with disappeared peridium, respectively, showing a columella dividing into short apical branches (del. J. Piątek). Bar = 1 cm.
FIGURE 2 in Emended description and geographical distribution of Sporisorium elegantis (Ustilaginaceae), a species shared between West Africa and India
FIGURE 2. Sporisorium elegantis on Thelepogon elegans seen by light microscopy (KRAM F-56853). A–C. Peridial cells. D. Disintegrating spore ball. E–F. Spores, median and superficial views. G–H. Sterile cells. Bars = 10 µm.
Figure 1 in A new species of Himalayapotamon Pretzmann, 1966 (Crustacea: Brachyura: Potamidae) marking the westernmost distribution of the genus, with notes on its geographical range evolution
Figure 1. Occurrence of the currently recognised species of the genus Himalayapotamon; based on different authors (Alcock 1909, 1910; Pretzmann 1966b; Brandis et al. 2000; Brandis 2001; Brandis and Sharma 2005; Mitra and Valarmathi 2017; Pati and Singh 2017). The two insets enlarge the sampling sites between Ravi and Satluj rivers (left), and between Gandak and Bagmati rivers (right). The dash-dot line indicates the drainage divide between Indus and Ganges; the dashed line the palaeo-divide at 5 Ma according to Clift and Blusztajn (2005); and the dotted line the palaeo-divide under the hypothesis that the range of Himalayapotamon reflects the palaeo-Ganges drainage.
Figure 2 in A new species of Himalayapotamon Pretzmann, 1966 (Crustacea: Brachyura: Potamidae) marking the westernmost distribution of the genus, with notes on its geographical range evolution
Figure 2. Himalayapotamon. robertsianum sp. nov., holotype male (SMF 24731). (a) Carapace; (b) sternum and pleon (scale = 2 cm); (c) first gonopod, dorsal; (d) first gonopod, ventral (scale = 5 mm).
Figure 3 in Potential geographic distribution niche modeling based on bioclimatic variables of three species of Temnomastax Rehn and Rehn, 1942 (Orthoptera: Eumastacidae)
Figure 3. Potential geographic distribution predicted by DOMAIN model to Temnomastax ricardoi Descamps, 1973 (blue), and Temnomastax tigris (Burr, 1899) (green). Darkest regions represent higher probabilities of occurrence than clearest regions. (■) Temnomastax ricardoi Descamps, 1973 records; (▲) Temnomastax tigris (Burr, 1899) records.
Figure 2 in Potential geographic distribution niche modeling based on bioclimatic variables of three species of Temnomastax Rehn and Rehn, 1942 (Orthoptera: Eumastacidae)
Figure 2. Potential geographic distribution predicted by DOMAIN model to Temnomastax hamus Rehn and Rehn, 1942 (green). Darkest regions represent higher probabilities of occurrence than clearest regions. On the left is marked the Andes in red, orange and yellow. (●) species records.
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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.