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5 results for “Schismatoglottideae”
Fig. 5 Pollen observed under SEM. A, A in The diversification of thecae horns and their putative significance-a case study of Schismatoglottideae (Araceae)
Fig. 5 Pollen observed under SEM. A, A. pendek (10 μm); B, B. caulescens (10 μm); C, B. purseglovei (10 μm); D, H. nicolsonii (10 μm); E, H. borneense (10 μm); F, T. alatensis (5 μm); G, T. surukensis
Fig. 3 in The diversification of thecae horns and their putative significance-a case study of Schismatoglottideae (Araceae)
Fig. 3 Microstructures of the stamens. A1–A6, Aridarum incavatum. A1, Stamen at pistillate anthesis (100 μm), A2, Smooth and clavate papillae cells on the thecae horns and stamen surface (10 μm), A3, Capitate and conical from side view of the papillae cells (10 μm), A4, Irregular shapes of oxalate crystals on the stamen surface at pistillate anthesis (5 μm), A5, Stamen at staminate anthesis (20 μm), A6, Distribution of oxalate crystals on thecae horns during staminate anthesis (100 μm); B1–B6, Aridarum montanum. B1, Stamen at pistillate anthesis (200 μm), B2, Stomata with vermiform papillae cells covered the stamen surface from near the base of the horned thecae (10 μm), B3, Smooth surface of thecae horn (10 μm), B4, Stamen at staminate anthesis (10 μm), B5, Remnants found on papillae cells (10 μm), B6, Triangular prism crystals (20 μm); C1–C6, Aridarum pendek. C1, Stamen at pistillate anthesis (100 μm), C2, Smooth surface on the tip of thecae horn, followed by cerebriform papillae cells (10 μm), C3, Papillae cells on the stamen surface (10 μm), C4, Stamen at staminate anthesis (100 μm), C5, Pollen (arrowhead) was found in the thecae path (50 μm), C6, Papillae cells on the stamen
Fig. 2 in The diversification of thecae horns and their putative significance-a case study of Schismatoglottideae (Araceae)
Fig. 2 Inflorescences at staminate anthesis for taxa included in this study. A, Toga rostrata; B, Toga surukensis; C, Toga unca; D, Pursegloveia ashtonii; E, Pursegloveia burttii; F, Pursegloveia minima; G, Pursegloveia orientalis; H, Hera hebe; I, Tawaia sabahensis; J, Naiadia zygoseta
Fig. 1 in The diversification of thecae horns and their putative significance-a case study of Schismatoglottideae (Araceae)
Fig. 1 Inflorescences at staminate anthesis for taxa included in this study. A, Aridarum incavatum; B, Aridarum pendek; C, Aridarum montanum; D, Burttianthus purseglovei; E, Burttianthus caulescens;
Fig. 4 in The diversification of thecae horns and their putative significance-a case study of Schismatoglottideae (Araceae)
Fig. 4 Microstructures of the stamens. A1–A6, Toga perplexa. A1, Stamen at pistillate anthesis (200 μm), A2, Octahedron and 3D-star like oxalate crystals extruded from the tip of thecae horn during pistillate anthesis (10 μm), A3, Stamen during staminate anthesis (200 μm), A4–A5, Octahedron and 3D-star like oxalate crystals extruded from the tip of thecae horn during staminate anthesis (10 μm), A6, Oxalate crystals (octahedron) extruded from the stomata (10 μm); B1–B6, Pursegloveia minimum. B1, Stamen at pistillate anthesis (200 μm), B2, Oxalate crystals (octahedron) scattered on the stamen surface (50 μm), B3, Stamen at pistillate anthesis, with the pollen accumulated in the connective (200 μm), B4, Stomata distributed on the raised margin of stamen (50 μm), B5–B6, Pollen, together with oxalate crystals (octahedron), was extruded from the tip of thecae horn (10 μm); C1–C6, Pursegloveia orientalis. C1, Stamen at pistillate anthesis (500 μm), C2, Oxalate crystals (octahedron and 3D star like) were distributed on the stamen surface (50 μm), C3, Octahedron crystals extruded from the stomata on stamen surface (10 μm), C4, Stamen at staminate anthesis (500 μm), C5, Pollen in
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