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FIGURE 3. Priogymnanthus colombianus Fern.Alonso & P.A. Morales-M. A. Inflorescences buds before opening from living plant and exsiccate. B. Inflorescences with basal cataphylls and floral bracts. C. Flowers detail. D. Branches with immature fruits. E. Mature fruits. F in Priogymnanthus colombianus (Oleaceae), a new species and first record of genus to Colombia
FIGURE 3. Priogymnanthus colombianus Fern.Alonso & P.A. Morales-M. A. Inflorescences buds before opening from living plant and exsiccate. B. Inflorescences with basal cataphylls and floral bracts. C. Flowers detail. D. Branches with immature fruits. E. Mature fruits. F. mature and immature fruits, and pyrenes showing longitudinal grooves. G. Mature fruit detail. Photos by P.A. Morales M.
FIGURE 1 in Vera-duthiea zebrina (Asparagaceae, Scilloideae), a new species from eastern South Africa, and a first genus record for southern Africa
FIGURE 1. Vera-duthiea zebrina Mart.-Azorín, N.R.Crouch & M.B.Crespo. A. Plant in flower in moist open grassland, Ndumo Game Reserve, KwaZulu-Natal Province, South Africa (Photograph N.R. Crouch); B. Line illustration by R. Collett based on Mauve 4823 (PRE): 1. Bulb and leaves (× 0.5); 2. Raceme (× 0.5); 3. Style and stigma (× 2); 4. Capsule (× 0.5); 5. Seed (× 1).
FIGURE 3 in Vera-duthiea zebrina (Asparagaceae, Scilloideae), a new species from eastern South Africa, and a first genus record for southern Africa
FIGURE 3. Known distribution of Vera-duthiea zebrina Mart.-Azorín, N.R.Crouch & M.B.Crespo in eastern South Africa.
FIGURE 2 in Vera-duthiea zebrina (Asparagaceae, Scilloideae), a new species from eastern South Africa, and a first genus record for southern Africa
FIGURE 2. Vera-duthiea zebrina Mart.-Azorín, N.R.Crouch & M.B.Crespo plant in flower in cultivation from Ndumo Game Reserve, KwaZulu Natal Province, South Africa, on 28 June 2018. A. Inflorescence; B. Flower in lateral, apical and dorsal views; C. Dissected flower in lateral view; D. Tepals, outers above and inners below, lateral views; E. Tepals with stamens, dorsal and lateral views; F. Gynoecium and stamens, lateral views; G. Bulb with portion of leaves, lateral view; H. Basal part of leaves and peduncle; J. Details of the canaliculate leaves (left) and apex (right); K. Infructescence; L. Immature capsule, lateral view. Scale bars: 1 cm.
FIGURE 1 in An account of the liverwort genus Porella in Thailand with a new record, P. obtusata var. macroloba and the occurrence of asymmetrical underleaves associated with left-right symmetry in the genus
FIGURE 1. Porella obtusata (Taylor) Trevis var. macroloba (Steph.) S.Hatt. & M.X.Zhang. A. Portion of shoot, dorsal view. B. Portion of shoot, ventral view. C. Leaf lobes, ventral view. D. Leaf lobes and leaf lobules, dorsal view. E. Leaf lobes and leaf lobules, ventral view. F. Underleaves on right-hand branches, showing asymmetrical auriculate base. G. Underleaves on left-hand branches, showing asymmetrical auriculate base. H. Leaf apex. I. Margin cells of leaf lobe. J. Median cells of leaf lobe. K. Basal cells of leaf lobe. [All from Sukkharak 91/1186 (Hb. Burapha Univ.)].
FIGURE 4 in Gerhardtia sinensis (Agaricales, Lyophyllaceae), a new species and a newly recorded genus for China
FIGURE 4. ML tree and phylogenetic relationships of Gerhardtia inferred from nrLSU sequences analysis. ML bootstrap support values (>50%) are indicated on branches. Tricholoma sinoacerbum is rooted as outgroup; representative members of close genera Calocybella pudica, Lyophyllum moncalvoanum and Lyophyllum shimeji are available in GenBank. Newly generated sequences for G. sinensis is highlighted in bold. GenBank accession numbers are provided after the species name.
FIGURE 3 in Gerhardtia sinensis (Agaricales, Lyophyllaceae), a new species and a newly recorded genus for China
FIGURE 3. Microscopic features of Gerhardtia sinensis (GDGM 29981, holotype). a. Basidiospores. b. Basidia. c. Pileipellis. Scale bars: a–c 10 μm. Drawings by: Ting Li.
FIGURE 5 in Gerhardtia sinensis (Agaricales, Lyophyllaceae), a new species and a newly recorded genus for China
FIGURE 5. ML tree and phylogenetic relationships of Gerhardtia analysis based on ITS sequences. ML bootstrap support values (>50%) are indicated on branches. Tricholoma sinoacerbum is rooted as outgroup; representative members of close genera Calocybella pudica, Lyophyllum moncalvoanum and Lyophyllum shimeji are available in GenBank. Newly generated sequences for G. sinensis are highlighted in bold. GenBank accession numbers are provided after the species name.
FIGURE 2. Gerhardtia sinensis. a in Gerhardtia sinensis (Agaricales, Lyophyllaceae), a new species and a newly recorded genus for China
FIGURE 2. Gerhardtia sinensis. a. Cyanophilous bodies in basidia of GDGM 29981 (holotype). b. Cyanophilic basidiospores of GDGM 29981. c–d. Basidiospores of GDGM 29981 under SEM. e–f. Basidiospores of GDGM 46393 under SEM. Scale bars: a–b = 10 μm; c = 2 μm; d–f = 1 μm. Photos by: Ting Li.
FIGURE 1. Gerhardtia sinensis. a in Gerhardtia sinensis (Agaricales, Lyophyllaceae), a new species and a newly recorded genus for China
FIGURE 1. Gerhardtia sinensis. a. Basidiomata of GDGM 29981 (holotype) b. Basidiomata of GDGM 46394 c. Basidiomata of GDGM 42158 d. Basidiomata of GDGM 45221 Scale bars: a–d = 2 cm. Photos by: Ting Li & Chaoqun Wang.
FIGURE 3 in Genetic diversity of the genus Terfezia (Pezizaceae, Pezizales): New species and new record from North Africa
FIGURE 3. Macro- and micromorphological characteristics of Terfezia eliocrocae. a. the steppic habitat with Bedouins desert truffles harvesters. b,c. ascomata collected under Helianthemum salicifolium. d. asci and spores. e–g. ascospores (f,g. scanning electron micrograph). Bars: c = 2 cm, d = 10 μm; e–g = 5 μm.
FIGURE 2 in Genetic diversity of the genus Terfezia (Pezizaceae, Pezizales): New species and new record from North Africa
FIGURE 2. Macro- and microscopic characters of Terfezia crassiverrucosa. a. ascocarp collected under Helianthemum hirtum. b. gleba, cross section. c,d. asci with spores. e–h. ascospores (f–h. scanning electron micrograph). Bars: a–b = 1 cm, c–d = 10 μm, e = 5 μm, f–g = 5 μm, h = 2 μm.
FIGURE 1 in Genetic diversity of the genus Terfezia (Pezizaceae, Pezizales): New species and new record from North Africa
FIGURE 1. Maximum likelihood (ML) tree inferred from the combined ITS and 28S rDNA sequences of Terfezia species with Peziza depressa and Tirmania pinoyi as outgroups. The sequences obtained in the present study are highlighted in bold. The first value on the branches represent the ML bootstrap proportions (≥ 70%) and the value after the slash shows the posterior probability calculated by Bayesian analysis (≥ 0.95). Bar = 1 changes /100 characters.
FIGURE 5 in The hydrochorous Amazonian genus Glandonia (Malpighiaceae): new records, morphoanatomy updates and taxonomic contributions
FIGURE 5. Morphoanatomical floral characters of Glandonia species. A–C: Glandonia macrocarpa: A. General view of the flowers, B. Posterior petal margin (SEM image) and C. Posterior petal cleared. D–F: Glandonia prancei: D. General view of the flowers, E. Posterior petal margin (SEM image) and F. Posterior petal cleared; G–I: Glandonia williamsii: G. General view of the flowers H. Posterior petal margin (SEM image) and I. Posterior petal cleared. PP: Posterior petal. SG: Sepal glands. BG: Bracteole gland.
FIGURE 1. A in The hydrochorous Amazonian genus Glandonia (Malpighiaceae): new records, morphoanatomy updates and taxonomic contributions
FIGURE 1. A. Map showing the distribution of Glandonia macrocarpa (black triangles), G. prancei (black circles) and G. williamsii (black squares). B. Glandonia macrocarpa specimen (arrow) in terra firme forest. C. Glandonia williamsii specimen (arrow) in igapó. D. Hydrochorous fruit of G. prancei.
FIGURE 4 in The hydrochorous Amazonian genus Glandonia (Malpighiaceae): new records, morphoanatomy updates and taxonomic contributions
FIGURE 4. Anatomical characters of Glandonia species. A. Adaxial surface of G. macrocarpa showing indument scars (black arrow). B. Abaxial surface of G. prancei showing a stoma (black arrow) and sinuous outline of the anticlinal epidermal wall. Abaxial surface of G. williamsii C. papillae covering a stoma (black arrow), D. papillose surface (SEM image), a stoma (white arrow). E. Transversal section of leaf of G. williamsii, papillae (white arrow), F. Sclereids in midrib of G. macrocarpa (black arrow). Diagrammatic schemas of petiolar vascular systems G. a curved arc with invaginated ends in G. prancei and H. a concentric arc delimiting a central pith in G. macrocarpa, dot-filled areas: phloem, striped areas: xylem. Leaf blade cleared I. in G. williamsii and J. in G. prancei, note the laminar gland (arrow). Transversal view of bracteole gland K. convex surface in G. macrocarpa, L. truncate surface in G. prancei. M–O. Sclereids on posterior petal of G. williamsii, N. Macrosclereids, O. Brachysclereids.
FIGURE 3 in The hydrochorous Amazonian genus Glandonia (Malpighiaceae): new records, morphoanatomy updates and taxonomic contributions
FIGURE 3. Vegetative and reproductive characters of Glandonia species: A. keel-shaped leaves of G. williamsii, B. and C. general view of leaves and inflorescence of G. prancei. Basilaminar leaf glands: D. Glandonia macrocarpa, E. Glandonia prancei and F. Glandonia williamsii. Laminar leaf glands: G. Glandonia williamsii and H. Glandonia macrocarpa. Floral glands: I. bracteole gland (BG) of G. macrocarpa, J. bracteole and sepal glands of G. prancei (BG and SG, respectively), black arrow: pedicel joint. K. Posterior petal in bud of G. macrocarpa, note the petal glands (arrow) L. Helmet-shaped petal (HP) and reflexed limb of posterior petal (PP) in G. macrocarpa.
FIGURE 2 in The hydrochorous Amazonian genus Glandonia (Malpighiaceae): new records, morphoanatomy updates and taxonomic contributions
FIGURE 2. General view of Glandonia species: A and B Glandonia macrocarpa: A. Flowering branch, B. lateral and frontal view of fruit. C. Fruiting branch of G. williamsii. D. Fruiting branch of G. prancei. Drawing A from Guesdon 16 (INPA), B from Ducke 793 (INPA), C from Fróes 28782 (MG) and D from Prance et al. 20557 (INPA).
FIGURES 18–22 in Review of the genus Diduga (Lepidoptera, Erebidae, Arctiinae) of Vietnam, with a new species and two newly recorded species
FIGURES 18–22. Female genitalia of the Diduga from Vietnam. 18. D. alternota Bucsek, UB-12981Vietnam. 19. D. bayartogtokhi Bayarsaikhan & Bae, UB-12965Vietnam. 20. D. hanoiensis Bayarsaikhan & Bae, UB-12969Vietnam. 21. D. laocai Bayarsaikhan & Heppner, sp. nov., paratype, UB-12956Vietnam. 22. D. robdevosi Bayarsaikhan & Bae, UB-12971Vietnam.
FIGURES 16–17 in Review of the genus Diduga (Lepidoptera, Erebidae, Arctiinae) of Vietnam, with a new species and two newly recorded species
FIGURES 16–17. Male genitalia of the new Diduga species from Vietnam and compared species. 16. D. laocai Bayarsaikhan & Heppner, sp. nov., holotype, UB-12955Vietnam. 17. D. mucronata Bayarsaikhan & Bae, holotype, INU- 10172Laos (after Bayarsaikhan et al. 2021).
ScienceDex guides
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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.