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Figure 2 in Cryptic but direct costs of an epidemic caused by Batrachochytrium dendrobatidis in the endangered Sardinian newt Euproctus platycephalus (Amphibia, Caudata)
Figure 2. Estimated difference between the values of the smoothed curves for infected and uninfected individuals obtained by GAMs fitted to investigate the age-dependent variation in SVL, in Euproctus platycephalus. Male estimates are shown on the left, females on the right. The shaded area corresponds to the 95% confidence interval of the difference between mean predicted values. When the shaded area excludes zero, the predicted values for the two populations are considered significantly different from each other.
Figure 3 in Remote sensing and citizen science to characterize the ecological niche of an endemic and endangered Costa Rican poison frog
Figure 3. Relative niche suitability for Phyllobates vittatus across its distribution in the South Pacific of Costa Rica. The suitability map was generated during 2020 through the combination of eleven different environmental predictors, with elevation, forest percentage, distance to lakes and distance to ASADAS explaining the greatest proportion of the variance. The legend shows niche suitability ranging from low suitability (0; white) to high suitability (1; dark green). We represent in white high-altitude areas (>1500 m) and large plantations identified during the classification of the land cover, which were not included in the model. This prediction was made with a model built using a 5 km buffer area around the known occurrence points. Large protected areas are represented by their management category: 1: Corcovado National Park; 2: Piedras Blancas National Park; 3: Golfo Dulce Forest Reserve; 4: Paso de la Danta Biological Corridor. Sources: Costa Rica Atlas 2014, Costa Rica Conservation Areas National System (SINAC) 2016 and 2020. This map is at a 1:1,150,000 scale and CRS WGS84.
Figure 3 in Cryptic but direct costs of an epidemic caused by Batrachochytrium dendrobatidis in the endangered Sardinian newt Euproctus platycephalus (Amphibia, Caudata)
Figure 3. Smooth functional relationships (left) and estimated difference between the values of the curves (right) for infected and uninfected populations obtained by GAMs fitted to investigate the age-dependent variation in the proportion of individuals of Euproctus platycephalus. On the left, shaded areas represent 95% confidence interval, and data points have been jittered to improve visualization. On the right, the 95% confidence interval of the difference between mean predicted values: when the shaded area excludes zero, the predicted values for the two populations are considered significantly different from each other.
Figure 1 in Cryptic but direct costs of an epidemic caused by Batrachochytrium dendrobatidis in the endangered Sardinian newt Euproctus platycephalus (Amphibia, Caudata)
Figure 1. Smooth functional relationships estimated by GAMs fitted to investigate the age-dependent variation in Svl, in Euproctus platycephalus. Male estimates are shown on the left, females on the right. Shaded areas represent 95% confidence interval. Data points have been jittered to improve visualization.
US Fish and Wildlife Service Endangered Species Program
Open the record for dataset details and reuse information.
FIGURE 4 in A new and endangered species of Iochroma (Solanaceae) from the cloud forests of central Peru and its phylogenetic position in Iochrominae
FIGURE 4. Phylogeny of Iochrominae showing placement of I. amicorum. Majority-rule consensus of 500 bootstrap replicates. Bootstrap support is indicated above branches. Abbreviations for genera of Iochrominae are I. = Iochroma, A. = Acnistus, V. = Vassobia, S. = Saracha, E. = Eriolarynx, D. = Dunalia. Physalinae outgroups are Tubocapsicum anomalum, Physalis peruviana, Witheringia solanacea, and Leucophysalis grandiflora. Two more distantly related outgroups (Cuatresiahar lingiana and Larnax sachapapa) were pruned from the tree. The table shows variation for five characters: spines (Y=yes, N=no), bud aestivation (V=valvate, I=induplicate), stapet (U=unexpanded, E=expanded, Aur=expanded with auricles, App=expanded with appendages), corolla shape (S=salverform, F=funnelshaped, C=campanulate, T=tubular, R=rotate), and maculae on inside of corolla (Y=yes, N=no). Scoring for corolla shape and stapet morphology from Smith & Baum (2007).
FIGURE 2. Iochrom aamicorum. A. Fruit. B. Flower. C. Anther lateral view. D. Seed. E. Gynoecium. F. Flowering branch. G. Inflorescence. H. Anther dorsal view. I. Open corolla. J in A new and endangered species of Iochroma (Solanaceae) from the cloud forests of central Peru and its phylogenetic position in Iochrominae
FIGURE 2. Iochrom aamicorum. A. Fruit. B. Flower. C. Anther lateral view. D. Seed. E. Gynoecium. F. Flowering branch. G. Inflorescence. H. Anther dorsal view. I. Open corolla. J. Stamen isolated, showing anther in ventral view, and stapet with lateral projections which was separated from the tissue of the corolla. From M. Cueva et al. 646. Drawing by Segundo Leiva.
FIGURE 3 in A new and endangered species of Iochroma (Solanaceae) from the cloud forests of central Peru and its phylogenetic position in Iochrominae
FIGURE 3. Distribution of I. amicorum. (PNYCH= Yanachaga-Chemillén National Park. ZA= Buffer Zone. RCY= Communal Reserve Yanesha. BPSMSC= Protected Forest of San Matias-San Carlos).
FIGURE 1. Iochroma amicorum. A. Flowering branch. B. Inflorescence. C. Fruits. D. Corolla atanthesis. From M in A new and endangered species of Iochroma (Solanaceae) from the cloud forests of central Peru and its phylogenetic position in Iochrominae
FIGURE 1. Iochroma amicorum. A. Flowering branch. B. Inflorescence. C. Fruits. D. Corolla atanthesis. From M. Cueva et al. 646. E. Individual with white flowers. From M. Cueva & R. Rivera 620 (photo by Antonio Peña (A), Abel Monteagudo (B), and Marco Cueva (C–E)).
FIGURE 2. Dioscorea flabellispina. A in Dioscorea flabellispina (Dioscoreaceae), a new endangered species from the Brazilian Atlantic Rainforest
FIGURE 2. Dioscorea flabellispina. A. Habit (Staminate plant). B. Tubers. C. Fan-like thorns. D. Staminate inflorescence. E. Staminate flower. F. Fruits. G. Seed. Photographs by R.S. Couto.
FIGURE 1. Dioscorea flabellispina. A. Staminate plant. B–C. Staminate flower. D. Staminate inflorescence. E. Underground system. F. Fan-like thorns. G. Pistillate plant with fruits. H. Fruit. I in Dioscorea flabellispina (Dioscoreaceae), a new endangered species from the Brazilian Atlantic Rainforest
FIGURE 1. Dioscorea flabellispina. A. Staminate plant. B–C. Staminate flower. D. Staminate inflorescence. E. Underground system. F. Fan-like thorns. G. Pistillate plant with fruits. H. Fruit. I. Seed. Illustration by R. Dana.
FIGURE 7 in Carajasia (Rubiaceae), a new and endangered genus from Carajás mountain range, Pará, Brazil
FIGURE 7. Comparison between phylogenetic results with pollinic and morphologic data. The same tree of the figure 7 with the replacement of the terminals by its taxonomic equivalent (genera or infrageneric taxa) or informal groups (as Diodella teres group).
FIGURE 6 in Carajasia (Rubiaceae), a new and endangered genus from Carajás mountain range, Pará, Brazil
FIGURE 6. Phylogenetic tree showing the relationship of Carajasia with the remaining genera of Spermacoce clade.
FIGURE 2 in Carajasia (Rubiaceae), a new and endangered genus from Carajás mountain range, Pará, Brazil
FIGURE 2. Microphotographs from the scanning microscope of Carajasia cangae. A, stipule; B, leaf; C, immature fruit; D, apical view of fruit; E, lateral view of mericarp with the septum at the base; F, internal view of mericarp; G, inside view of anther locule without orbicules; H–J, bireticulate pollen grains; H, polar view; I, ecuatorial view; J, exine. A–J, from holotype [Viana et al. 5263 (BHCB)].
FIGURE 1. Carajasia cangae. A in Carajasia (Rubiaceae), a new and endangered genus from Carajás mountain range, Pará, Brazil
FIGURE 1. Carajasia cangae. A, habit, in rectangle a diagram of flowering branch; B, stipule with fimbriate edge. C, abaxial face of leaf; D, transversal section of leaf; E–H, flower; E, flower with a creased corolla lobe; F, hypanthium, style and stigma; G, inside of corolla; H, style and stigma; I–L, fruit; I, dehiscent fruit; J, ventral view of mericarps without a hyaline intercarpelar septum; K, dorsal view of mericarps; L, transversal section of mericarps; M, seed. Drawn by Laura Simón from the holotype [Viana et al. 5263 (BHCB)].
FIGURE 3 in Carajasia (Rubiaceae), a new and endangered genus from Carajás mountain range, Pará, Brazil
FIGURE 3. Images of Carajasia cangae. A, Carajasia cangae and Paepalanthus fasciculoides Hensold growing on the Canga soil; B, habit of well-developed plant; C, reduced habit; D, detail of the inflorescence; E, apex of the inflorescence; F, flowers, flowers bud and immature fruit, the arrow indicating the papillae over the fruit. Scale bars: C: 1 cm, D, E and F 1 mm. Photographs by P.L. Viana.
FIGURE 4 in Carajasia (Rubiaceae), a new and endangered genus from Carajás mountain range, Pará, Brazil
FIGURE 4. Image of Canga vegetation, the natural environment of Carajasia cangae. A, temporary streams with xerophytic vegetation, with some caespitose grasses, the Philodendron wullschlaegelii Schott and some scattered ferruginous plants of C. cangae. B, C, some plants of different stature of C. cangae. Photographs by P.L. Viana.
FIGURE 4. Syngonanthus vittatus and other morphologically similar Syngonanthus species. A–E. S in Two new and endangered species of Syngonanthus (Eriocaulaceae) from Chapada dos Veadeiros, Goiás, Brazil
FIGURE 4. Syngonanthus vittatus and other morphologically similar Syngonanthus species. A–E. S. vittatus: A. Habit detail showing specimen at flowering; B. Rosette and roots; C. Elliptic sepal of staminate flower; D. Other forms of sepals revealing concave shapes in staminate flowers; E. Three different shapes of sepals in the same staminate flower revealing asymmetry among the sepals. F–I. Comparison among capitula in Syngonanthus species: F. S. arenarius var. heterophyllus; G. S. vittatus; H. S. densifolius var. brachyphyllus; I. S. densifolius var. majus; J–K. Pistillate flower of S. vittatus: J. Flower exhibiting trichomes on sepals; K. Flower with two sepals removed, the remaining sepal with hairs deciduous, showing the glabrous petals; L. Pistillate flower of S. arenarius var. heterophyllus; M–N. Staminate flowers of S. vittatus: M. Young flower; N. Mature flower; O. Staminate flower of S. arenarius var. heterophyllus. Scale bars: C,M= 500 μm. D–E, J–L, N–O= 1 mm. F–I= 2 mm. (Photos by Mauricio T. C. Watanabe).
FIGURE 3. Syngonanthus incurvifolius and other morphologically similar Syngonanthus species. A–C in Two new and endangered species of Syngonanthus (Eriocaulaceae) from Chapada dos Veadeiros, Goiás, Brazil
FIGURE 3. Syngonanthus incurvifolius and other morphologically similar Syngonanthus species. A–C. Comparison among leaves: A. Syngonanthus densifolius var. majus showing erect, flexuous leaves in a rosette; B. Incurved leaves of S. incurvifolius; C. Leaf of S. densifolius var. brachyphyllus, showing achlorophyllous base. D–G. Comparison among sexual traits of S. incurvifolius and S. densifolius var. majus: D. Staminate flower of S. incurvifolius (trichomes removed from pedicel); E. Pistillate flower of S. incurvifolius with filamentous trichomes; F. Staminate flower of S. densifolius var. majus; G. Pistillate flower of S. densifolius var. majus exhibiting trichomes only at upper portion of the sepals; H. Capitulum detail of S. incurvifolius; I–J. Comparative vestiture of the petals in pistillate flowers: I. S. incurvifolius showing pilose petals; J. Petals glabrous in S. densifolius var. majus. Scale bars: B= 3 mm. C,H= 2mm. D–G, I–J: 500 μm. (Photos by Mauricio T. C. Watanabe).
FIGURE 2 A–G in Two new and endangered species of Syngonanthus (Eriocaulaceae) from Chapada dos Veadeiros, Goiás, Brazil
FIGURE 2 A–G. Syngonanthus incurvifolius (based on Irwin et al. 24648). A. Habit; B. Capitulum detail; C. From outermost to innermost series of involucral bracts; D. Staminate flower; E. Various forms of sepals of staminate flower; F. Pistillate flower with one sepal removed; G. Gynoecium. H–N. S. vittatus (based on Watanabe & Watanabe 377). H. Habit; I. Capitulum detail; J. From outermost to innermost series of involucral bracts; K. Staminate flower; L. Various forms of sepals of staminate flower; M. Pistillate flower with one sepal removed; N. Gynoecium. Illustrated by Marcelo Kubo.
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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.