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FIGURE 2. Begonia minutitepala A in Begonia species (Begoniaceae) from Gunung Penrissen, Sarawak, Borneo, including two new species and a new subspecies
FIGURE 2. Begonia minutitepala A. Habit; B. Stipule; C. Close-up of upper surface of leaf; D. Inflorescence; E. Male flower; F & G. Female flower; H. Fruit; I. Cross-section of capsule. All photos from SFC 5586 by Ling Chea Yiing.
FIGURE 1. E in Euphorbia melanohydrata subsp. conica (Euphorbiaceae), a new subspecies from Namibia, with notes on the identification of similar medusoid euphorbias
FIGURE 1. E. melanohydrata subsp. conica: (A) habit; (B) fruit, lateral and apical views; (C) female flower; (D) bisexual cyathium from above (male flowers still immature); (E) involucral gland, dorsal view (left) and lateral view in transverse section (right); (F) involucral lobe; (G) fascicular bract; (H) male flower. Voucher: Swanepoel 263. Scale bar 10 mm (A) or 1 mm (B–H). Illustration by Lesley Deysel.
FIGURE 2. Musa velutina subsp. markkuana. A. inflorescence. B. leaf base. C in Musa velutina subsp. markkuana (Musaceae): a new subspecies from northeastern India
FIGURE 2. Musa velutina subsp. markkuana. A. inflorescence. B. leaf base. C. cross-section of petiole. D. bract. E–I. female flower in parts: E. entire female flower. F. compound tepal. G. free tepal. H. gynoecium with staminodes. I. cross-section of ovary. J–K. bisexual flower in parts: J. entire bizsexual flower. K. gynoecium with androecium. L–P. male flower in parts. L. entire male flower. M. compound tepal. N. free tepal. O. stamen. P. pistillode. Q. hand of ripe fruit. R. seeds.
FIGURE 1. Musa velutina subsp. markkuana. A. habit. B. pseudostem. C. leaf base. D. inflorescence with young fruit and male bud. E. female flower. F. bisexual flower. G. male flower. H. ripe fruit. I in Musa velutina subsp. markkuana (Musaceae): a new subspecies from northeastern India
FIGURE 1. Musa velutina subsp. markkuana. A. habit. B. pseudostem. C. leaf base. D. inflorescence with young fruit and male bud. E. female flower. F. bisexual flower. G. male flower. H. ripe fruit. I. seeds. Photos by Alfred Joe.
FIGURE 2 in A new subspecies of Acrolejeunea arcuata, and notes on typification, synonymy, and distribution of other Australasian Lejeuneaceae
FIGURE 2. Acrolejeunea arcuata subsp. gradsteinii (Renner 1912 & Brown NSW871961). A: Habitus; B: Shoot, ventral view. Acrolejeunea pycnoclada subsp. pycnoclada (Renner 2072 & Brown NSW887370): C: Habitus; D: Shoot, ventral view. Acrolejeunea aulacophora (Renner 1577 & Brown NSW866125): E: Habitus; F: Shoot, ventral view. Acrolejeunea securifolia subsp. securifolia (Renner 1562a & Brown NSW866130): G: Habitus; H: Shoot, ventral view. Scale bars A, C, E, G: 2 mm; B, D, F, H: 200 m. All figures by author.
FIGURE 1 in A new subspecies of Acrolejeunea arcuata, and notes on typification, synonymy, and distribution of other Australasian Lejeuneaceae
FIGURE 1. Acrolejeunea arcuata subsp. gradsteinii (Renner 1912 & Brown NSW871961). A: Perianth rostrum, 60 mm; B: Cladogram, 5 mm; C: Female shoot with perianth, dorsal view, 500 mm; D: Cross section of perianth, 200 mm; E: Female bracts, 500 mm; F: Underleaf base; G: Shoot, 500 mm; H: Leaves; I: Medial lobe cells, 40 mm; J: Stem section, 40 mm: K: Lobule apices, 60 mm.
FIGURE 3 in A new subspecies of Acrolejeunea arcuata, and notes on typification, synonymy, and distribution of other Australasian Lejeuneaceae
FIGURE 3. Acrolejeunea arcuata subsp. gradsteinii (Renner 1912 & Brown NSW871961). A: Female bracts; B: Lobule apex. Acrolejeunea pycnoclada subsp. pycnoclada (Renner 2072 & Brown NSW887370): C: Female bracts; D: Lobule apex, ventral view. Acrolejeunea aulacophora (Renner 1557 & Brown NSW866125): E: Female bracts; F: Lobule apex. Acrolejeunea securifolia subsp. securifolia (Renner 1562a & Brown NSW866130); G: Female bracts; H: Lobule apex. Scale bars A, C, E, G: 200 mm; B, D, F, H: 50 mm. All figures by author.
FIGURE 2. E in Euphorbia otjipembana subsp. okakoraensis (Euphorbiaceae), a new subspecies from the Kaokoveld, Namibia, with an amplified description of Euphorbia otjipembana
FIGURE 2. E. otjipembana subsp. okakoraensis: (A) flowering branch; (B) branch in transverse section; (C) bisexual cyathium from above; (D) cyme with old central male cyathium and two bisexual cyathia; (E) peduncular bract; (F) cyme branch bract; (G) involucral lobe (adaxial side); (H) male flowers (rarely fused at base, left); (I) fascicular bract with bracteole; (J) female flower; (K) seed. Scale bar 5 mm (A and B), or 1 mm (C–K). All from Swanepoel 271. Illustration by Lesley Deysel.
FIGURE 1 in Euphorbia otjipembana subsp. okakoraensis (Euphorbiaceae), a new subspecies from the Kaokoveld, Namibia, with an amplified description of Euphorbia otjipembana
FIGURE 1. Euphorbia otjipembana subsp. okakoraensis: (A) plant in natural habitat, ± 0.8 m tall; (B) branch indicating spine shields.
FIGURE 3 in Euphorbia otjipembana subsp. okakoraensis (Euphorbiaceae), a new subspecies from the Kaokoveld, Namibia, with an amplified description of Euphorbia otjipembana
FIGURE 3. Known distribution of E. otjipembana: subsp. otjipembana (open circle), both subspp. okakoraensis and otjipembana (black dot).
FIGURE 4 a-b in A geometric morphometric evaluation on three populations of endemic species Dorcadion micans (Cerambycidae, Coleoptera) in Ankara Province from Turkey with a new subspecies description
FIGURE 4 a-b. Canonical variate analyses (CVA) of elytra (a) and pronotum (b) configurations. Colors represent different populations: Akyurt population (red), Bala population (green) and Beynam population (blue). Wire-frame graphs were shown for shape differences along the CV1 and CV2. The extreme changes of shape in positive and negative direction was shown by the violet lines and mean shape of elytra and pronotum was shown by blue lines. The scale for each figures is; elytra CV1 (-5, +5), pronotum CV2 (-5, +5).
FIGURE 5 a-b in A geometric morphometric evaluation on three populations of endemic species Dorcadion micans (Cerambycidae, Coleoptera) in Ankara Province from Turkey with a new subspecies description
FIGURE 5 a-b. Box-plot showing the average of centroid size of elytra (a) and pronotum (b) each species. The inner line represents the median. Box margins are at 25th and 75th percentiles bars extend to 5th and 95th percentiles, circles represent outliers.
FIGURE 2a-2b in A geometric morphometric evaluation on three populations of endemic species Dorcadion micans (Cerambycidae, Coleoptera) in Ankara Province from Turkey with a new subspecies description
FIGURE 2a-2b. Dorsal views of the landmarks used to define the shape of elytra (2a) and pronotum (2b)
FIGURE 6 in A geometric morphometric evaluation on three populations of endemic species Dorcadion micans (Cerambycidae, Coleoptera) in Ankara Province from Turkey with a new subspecies description
FIGURE 6. Habitus of Dorcadion micans majoripunctum ssp. nov., holotype (male), dorsal view (left), lateral view (right).
FIGURE 1. The localities from where samples were collected. Locality 1 in A geometric morphometric evaluation on three populations of endemic species Dorcadion micans (Cerambycidae, Coleoptera) in Ankara Province from Turkey with a new subspecies description
FIGURE 1. The localities from where samples were collected. Locality 1: Population of Akyurt, Locality 2: Population of Beynam (Bala), Locality 3: Population of Tol village (Bala).
FIGURE 5. A in Morphometric characterization of Eryngium viviparum (Umbelliferae): description of a new subspecies from the Iberian Peninsula
FIGURE 5. A) Eryngium viviparum subsp. viviparum. A, B drawn from voucher P00271721 of Paris Herbarium [A, branches with basal leaves and inflorescences (capitula); B. bracteole detail]. Eryngium viviparum subsp. bariegoi. C, D drawn from SANT Herbarium, SANT 60809 [C, branches and D, bbracteole]. Drawing by Luis Gómez-Orellana.
FIGURE 4 in Morphometric characterization of Eryngium viviparum (Umbelliferae): description of a new subspecies from the Iberian Peninsula
FIGURE 4. Probability density functions of the means (n = 10) of the ratio between bracteole length and width for the three subpopulations. Solid line: Brittany, dashed line: Galicia, dash-dot line: Castile-León. Each distribution was estimated by resampling the data for the corresponding subpopulation.
FIGURE 3. Bivariate probability density plot for the variables bracteole length and bracteole width. The isolines are 0.2 in Morphometric characterization of Eryngium viviparum (Umbelliferae): description of a new subspecies from the Iberian Peninsula
FIGURE 3. Bivariate probability density plot for the variables bracteole length and bracteole width. The isolines are 0.2 probability units apart, and those with a thicker line are the 1.0 and 2.0 levels. Note that although the three modes are clearly distinguishable, there is a large overlap between the Galician and French subpopulations.
FIGURE 1 in Morphometric characterization of Eryngium viviparum (Umbelliferae): description of a new subspecies from the Iberian Peninsula
FIGURE 1. Distribution of the population of Eryngium viviparum. Atlantic subpopulations: French (•), and Galician (·) subpopulations. Mediterranean subpopulation in the Region of Castile-León (Ŧ).
FIGURE 2 in Morphometric characterization of Eryngium viviparum (Umbelliferae): description of a new subspecies from the Iberian Peninsula
FIGURE 2. Means and distributions of the bracteole length data. The box-plots summarize the distribution of the data grouped by subpopulation and rosette order. The overlayed symbols represent the means for those groups (France: solid line and dots, Galicia: dashed line and squares, Castile-León: dash-dot line and triangles). The upper graph shows the original data and the lower graph the data after logarithmic transformation. The distributions of the transformed data showed improvements in symmetry and homoscedasticity. The parallel, descendent, non-overlapping mean lines for the three populations indicate the existence of significant effects due to both factors (subpopulation and rosette order) and the lack of significant interaction between them.
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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)
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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.