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FIGURE 2 in Cystolith micromorphology in selected taxa of Ficus L. (Moraceae) in India and its taxonomic implications
FIGURE 2. Sculpture patterns of cystoliths in Ficus species (SEM micrographs): A. F. benjamina; with reduced aculeate pattern (adaxial layer); B. F. benjamina; with reduced aculeate pattern (abaxial layer); C. F. costata; with moderate aculeate pattern (adaxial surface); D. F. drupacea; with reduced aculeate pattern (adaxial surface); E. F. elastica; with reduced aculeate pattern (adaxial layer); F. F. elastica; with reduced aculeate pattern (abaxial layer); G. F. microcarpa; with broad aculeate pattern (adaxial layer); H. F. microcarpa; with reduced aculeate pattern (abaxial layer); I. F. talbotii; with moderate aculeate pattern (adaxial surface).
FIGURE 6 in Cystolith micromorphology in selected taxa of Ficus L. (Moraceae) in India and its taxonomic implications
FIGURE 6. Principal component analysis based on Ficus cystolith micromorphology. Data numbers represent the species 1–19 (1. F. pumila; 2. F. exasperata; 3. F. tinctoria subsp. gibbosa; 4. F. racemosa; 5. F. auriculata; 6. F. hispida; 7. F. callosa; 8. F. amplissima; 9. F. arnottiana; 10. F. religiosa; 11. F. tsjakela; 12. F. virens; 13. F. benghalensis; 14. F. benjamina; 15. F. costata; 16. F. drupacea; 17. F. elastica; 18. F. microcarpa; 19. F. talbotii). ([Colour Dots represent the subsections. i.e. Blue-Conosycea, Green-"Urostigma", Purple- Plagiostigma, Maroon-Pedunculatae, Yellow-Sycocarpus, Orange-Neomorphe, Pink-Sycomorus, Sky blue & Red- NA], [Colour Circles represent the subsections and section i.e. Blue-Conosycea, Green-"Urostigma", Brown-Sycomorus]).
FIGURE 1 in Cystolith micromorphology in selected taxa of Ficus L. (Moraceae) in India and its taxonomic implications
FIGURE 1. Sculpture patterns of cystoliths in Ficus species (SEM micrographs): A. F. pumila; with colliculate pattern (abaxial surface); B. F. exasperata; with verrucate pattern (adaxial surface); C. F. racemosa; with tuberculate pattern (abaxial surface); D. F. auriculata; with moderate aculeate pattern (abaxial surface); E. F. hispida; with tuberculate pattern (abaxial surface); F. F. callosa; with colliculate pattern (abaxial surface); G. F. amplissima; with broad aculeate pattern (adaxial surface); H. F. arnottiana; with reduced aculeate pattern (adaxial surface); I. F. religiosa; with moderate aculeate pattern (abaxial surface); J. F. tsjakela; with reduced aculeate pattern (abaxial surface); K. F. virens; with reduced aculeate pattern (abaxial surface); L. F. benghalensis; with moderate aculeate pattern (adaxial surface).
FIGURE 4 in Cystolith micromorphology in selected taxa of Ficus L. (Moraceae) in India and its taxonomic implications
FIGURE 4. Transections of the leaf of Ficus species: A. F. benghalensis; oblongoid shaped cystolith (adaxial surface); B. F. benjamina; ovoid shaped cystolith (adaxial surface), spherical shaped cystolith (abaxial surface); C. F. costata; oblongoid shaped cystolith (adaxial surface); D. F. drupacea; ovoid shaped cystolith (adaxial surface); E. F. elastica; oblongoid shaped cystolith (adaxial surface); F. F. elastica; Occurance of two cystoliths in a single lithocyst in adaxial surface; G. F. elastica; spherical shaped cystolith (abaxial surface); H. F. microcarpa; ovoid shaped cystolith (adaxial surface), spherical shaped cystolith (abaxial surface); I. F. talbotii; obovoid shaped cystolith (adaxial surface). Scale bars are 50 µm.
FIGURE 5 in Cystolith micromorphology in selected taxa of Ficus L. (Moraceae) in India and its taxonomic implications
FIGURE 5. Cystolith length (µm) observed in the studied species of Ficus ($ = Cystoliths are seen in adaxial surface, @ = Cystoliths are seen in abaxial surface, * = Cystoliths are absent in both surfaces).
FIGURE 1–4 in Nitella singaporensis (Charophyceae, Charales): new species and implications for the taxonomy of the genus Nitella
FIGURE 1–4. General appearance and whorl and branchlet of Nitella singaporensis: 1—pressed and dried material (holotype: SING); 2—pressed and dried material (isotype: LE); 3—reconstruction of general habit of branchlet whorl (view from above) from the photo of ethanol-fixed specimen (isotype: LE) showing mean of terms used for branchlet description: 1—primary ray, 2—lateral secondary ray, 3—central secondary ray, 4—lateral tertiary ray, 5—central tertiary ray, 6—dactyls, yellow—lateral secondary segments, green—central secondary segment, blue—central tertiary segment, orange—lateral tertiary segment; 4—fertile branchlet of rewetted herbarium specimen showing oogonia arrangement (isotype: LE). Scale: 1 mm. Scale: 2—1 cm, 4—1 mm. Photo 1 by D. Liew, drawing and other photos by R. Romanov.
FIGURES 5–19 in Nitella singaporensis (Charophyceae, Charales): new species and implications for the taxonomy of the genus Nitella
FIGURES 5–19. The whorls and branchlets of Nitella singaporensis (all from isotype: LE): 5—apical part with mucilage recognised because of adhering of fine particles at its surface; 5–7—whorls of branchlets, showing long primary ray; 8–18—branchlets, showing variability in length of central secondary ray, from moderately elongated, i.e. exceeding the length of lateral secondary rays with their dactyls (8 & 9), nearly equal with them (10, 12, 14), to abbreviated, i.e. clearly shorter than lateral second segments (19), mainly spreading (8–16) or adpressed to the central one, resulting in last case in tassel-like general appearance of the branchlet (19); 8, 12, 15, 16—fine particles adhered to the surface of a branchlet, indicating presence of a mucilage at its surface; actually they are outlining the mucilage patches; 9—central secondary ray without furcation, appearing as long robust dactyl (arrowheads); 10 & 11—branchlets with central tertiary ray (arrowheads); 11—branchlet with central secondary ray with furcation (double arrowhead), producing central tertiary ray with 3 dactyls (arrowhead); 12—dactyls at the furcation at the top of central secondary ray (arrowhead); 13—central tertiary ray (arrowhead) at lateral secondary ray; 17—unfurcated lateral secondary rays (arrowheads), central secondary ray at the branchlet below is not clearly visible because of artificial deformation at its base. Scale: 5–11—2 mm, 12–17—1 mm, 18 & 19—0.5 mm. All photos by R. Romanov.
FIGURE 38 in Nitella singaporensis (Charophyceae, Charales): new species and implications for the taxonomy of the genus Nitella
FIGURE 38. ML-phylogenetic tree inferred in PAUP with GTR+I+Г nucleotide substitution model from 89 rbcL sequences of Nitella. ML BP (> 50%) and BI PP (> 0.95) are shown. Thick branches received 100% BP and 1.00 PP support. The branch leading to the outgroup was 50% reduced in length. The newly obtained sequence of Nitella singaporensis is given in bold. Clade designation is according to Sakayama (2008).
FIGURES 32–37 in Nitella singaporensis (Charophyceae, Charales): new species and implications for the taxonomy of the genus Nitella
FIGURES 32–37. Oospores of Nitella singaporensis (isotype: LE): 32—general habit, 33–37—surface ornamentation of fossa and ribs at different magnification. Scale: 32—40 μm, 33, 34—10 μm, 35—8 μm, 36—4 μm, 37—1 μm. All photos by R. Romanov.
FIGURES 20–31 in Nitella singaporensis (Charophyceae, Charales): new species and implications for the taxonomy of the genus Nitella
FIGURES 20–31. Nitella singaporensis from Singapore (isotype: LE), N. gracilis from Sicily (LE): 20 & 21—abbreviated central second segment (arrowhead), looking as an additional branchlet at first furcation; 21—rare case of 8 lateral secondary rays; 22—end parts of a branchlet with clearly visible central secondary ray (arrowhead); 23–25—2-celled dactyls, some of them appearing 1-celled after loss of end cell during storage in living state in the laboratory; 26—gametangia, [arrowhead—shortly stipitate antheridia, double arrowhead— production of antheridium in penultimate not end furcation], 27—oospore surface in LM, appearing as unclear reticulations, 28–30—stem nodes with easily visible nodal cell extruding from the base of branchlets below the whorl, resulting in nodal bulbil formation (30), 31—stem node of N. gracilis with nodal cell extruding from the base of branchlets and situated around it. Scale: 20–22—0.5 mm, 23–26, 28–31—0.2 mm, 27—20 μm. All photos by R. Romanov, except 26 by R.S.W. Yeo.
FIGURE 1 in Pollen morphology of Stellaria (Caryophyllaceae) from China and its systematic implications
FIGURE 1. SEM micrographs of pollen grains of Stellaria. Type–1. Stellaria alaschanic type: a–d. Myosoton aquaticum; e–f. Stellaria alaschanica; g–h. S. bistyla; i–j. S. chinensis; k–n. S. crassifolia; o–p. S. dichotoma var. lanceolate; q–t. S. graminea; u–x. S. neglecta. Scale bars: a, c, e, g, i, k, m, o, q, s, u, w = 4 μm; b, d, f, h, j, l, n, p, r, t, v, x = 2 μm.
FIGURE 5 in Pollen morphology of Stellaria (Caryophyllaceae) from China and its systematic implications
FIGURE 5. SEM micrographs of pollen grains of Stellaria. Type–5. Stellaria monosperma type: a–b. S. monosperma var. japonica. Type–6. Stellaria umbellata type: c–d. S. alsine var. alpine; e–f. S. crassifolia var. linearis; g–h. S. decumbens var. arenarioides; i–j. S. irrigua; k–l. S. umbellate; m–n. S. zangnanensis. Type–7. Stellaria vestita type: o–r. S. dianthifolia; s–v. S. discolor; w–x. S. graminea var. chinensis. Scale bars: a, c, e, g, i, k, m, o, q, s, u, w = 4 μm; b, d, f, h, j, l, n, p, r, t, v, x = 2 μm.
FIGURE 6 in Pollen morphology of Stellaria (Caryophyllaceae) from China and its systematic implications
FIGURE 6. SEM micrographs of pollen grains of Stellaria. Type–7. Stellaria vestita type: a–b. S. graminea var. chinensis; c–f. S. omeiensis; g–j. S. salicifolia;k–n. S. vestita; o–p. S. yunnanensis. Type–8. Stellaria wushanensis type: q–t. S. abaensis; u–v. S. arisanensis; w–x. S. filicaulis. Scale bars: a, c, e, g, i, k, m, o, q, s, u, w = 4 μm; b, d, f, h, j, l, n, p, r, t, v, x = 2 μm.
FIGURE 4 in Pollen morphology of Stellaria (Caryophyllaceae) from China and its systematic implications
FIGURE 4. SEM micrographs of pollen grains of Stellaria. Type–4. Stellaria media type: a–b. S. alsine; c–f. S. brachypetala; g–j. S. lanipes; k–l. S. longifolia; m–n. S. media; o–r. S. nemorum; s–t. S. radians; u–v. S. soongorica. Type–5. Stellaria monosperma type: w–x. S. monosperma. Scale bars: a, c, e, g, i, k, m, o, q, s, u, w = 4 μm; b, d, f, h, j, l, n, p, r, t, v, x = 2 μm.
FIGURE 3 in Pollen morphology of Stellaria (Caryophyllaceae) from China and its systematic implications
FIGURE 3. SEM micrographs of pollen grains of Stellaria. Type–2. Stellaria dichotoma type: a–b. S. lanata; c–d. S. patens; e–f. S. petiolaris; g–h. S. petraea; i–l. S. pusilla; m–n. S. vestita var. amplexicaulis; o–p. S. winkleri. Type–3. Stellaria gyirongensis type: q–t. S. decumbens; u–v. S. gyirongensis. Type–4. Stellaria media type: w–x. S. alsine. Scale bars: a, c, e, g, i, k, m, o, q, s, u, w = 4 μm; b, d, f, h, j, l, n, p, r, t, v, x = 2 μm.
FIGURE 2 in Pollen morphology of Stellaria (Caryophyllaceae) from China and its systematic implications
FIGURE 2. SEM micrographs of pollen grains of Stellaria. Type–1. Stellaria alaschanic type: a–d. S. nipponica; e–f. S. pilosoides; g–h. S. souliei; i–j. S. uda. Type–2. Stellaria dichotoma type: k–l. S. amblyosepala; m–n. S. delavayi; o–p. S. dichotoma; q–r. S. dichotoma var. linearis; s–t. S. graminea var. viridescens; u–x. S. infracta. Scale bars: a, c, e, g, i, k, m, o, q, s, u, w = 4 μm; b, d, f, h, j, l, n, p, r, t, v, x = 2 μm.
FIGURE 7 in Pollen morphology of Stellaria (Caryophyllaceae) from China and its systematic implications
FIGURE 7. SEM micrographs of pollen grains of Stellaria. Type–8. Stellaria wushanensis type: a–b. S. filicaulis; c–f. S. graminea var. pilosula; g–h. S. media var. micrantha; i–j. S. nepalensis; k–l. S. palustris; m–n. S. wushanensis. Scale bars: a, c, e, g, i, k, m, o, q, s, u, w = 4 μm; b, d, f, h, j, l, n, p, r, t, v, x = 2 μm.
Geomorphological Patterns in a Megaripple Field in China's Qaidam Basin and Their Implications for Megaripple Development
<p>The morphological parameters and grain-size distribution data of megaripples are presented, along with the R code utilized for data processing and visualization.</p>
Online material to publication "Exploring the dynamical evolution of Cepheid multiplicity in star clusters and its implications for B-star multiplicity at birth"
<p>The description of the movie can be found in the file movie_description.pdf.</p> <p>The full paper can be found here: https://ui.adsabs.harvard.edu/abs/2024arXiv240907530D/abstract</p>
Spatiotemporal patterns and implications of changing seasonal flooding extents on wetland landscapes of a transboundary Chobe River Basin in Southern Africa
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