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Shoot apical meristem Stock Photos and Images
RMAKP89R–The apical terminal bud and stems of a plant. Apical buds grow out of the apical meristems.
RF2K3FWT2–Scientific Designing of Growth in a Plant Shoot. Phototropism and Geotropism (Gravitropism) Effect on Plant Tissue. Colorful Symbols. Vector Illustrat
RMRE0R9J–. The Eusporangiatae; the comparative morphology of the Ophioglossaceae and Marattiaceae. Ophioglossaceae; Marattiaceae. 70 THE OPHIOGLOSSALES from the apical meristem of the shoot. The latter, as in the other Ophioglossaceae, shows a large single initial cell, which in section closely resembles that of Ophto- glossum moluccanum, having a broadly truncate base and being narrower above (fig. 46, D). The apical meristem is of very limited extent and segmentation of the apical cell is probably very slow. The second root, which in the case under con- sideration arose near the base of the third lea
RF2K3FWJP–Scientific Designing of Growth in a Plant Shoot. Phototropism and Geotropism (Gravitropism) Effect on Plant Tissue. Colorful Symbols. Vector Illustrat
RMRFR804–. Carnegie Institution of Washington publication. Fig. 140. A. Stem apex of a y< phyte of Danaa jamaicen is, showing single apical cell B. Sei primary roots, showing apical meristem, 1S0. i». exactly so, and the subsequent leaves form a spiral, and for a rime at hast, except in Kaulfussia, the anatomy of the shoot is radial. Ibis radial arrangement is retained permanently in Marattia and Angiopteris and also in some species of. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illus
RF2K3FWFJ–Scientific Designing of Growth in a Plant Shoot. Phototropism and Geotropism (Gravitropism) Effect on Plant Tissue. Colorful Symbols. Vector Illustrat
![. Carnegie Institution of Washington publication. 70 THE OPHIOGLOSSALES from the apical meristem of the shoot. I he latter, as in the other ( )phioglossacc;e, shows a large single initial cell, which in section closelj resembles that of Ophio- glossum moluccanum, having a broadly truncate base and being narrowei above (fig. 46, D). The apical meristem is of very limited extent and segmentation of" the apical cell is probably very slow. I he second root, which in the case undei con- sideration arose near the base of the third leaf, is here very conspicuous and its stele joins that of the t Stock Photo](https://c8.alamy.com/comp/RFPFC0/carnegie-institution-of-washington-publication-70-the-ophioglossales-from-the-apical-meristem-of-the-shoot-i-he-latter-as-in-the-other-phioglossacce-shows-a-large-single-initial-cell-which-in-section-closelj-resembles-that-of-ophio-glossum-moluccanum-having-a-broadly-truncate-base-and-being-narrowei-above-fig-46-d-the-apical-meristem-is-of-very-limited-extent-and-segmentation-ofquot-the-apical-cell-is-probably-very-slow-i-he-second-root-which-in-the-case-undei-con-sideration-arose-near-the-base-of-the-third-leaf-is-here-very-conspicuous-and-its-stele-joins-that-of-the-t-RFPFC0.jpg ". Carnegie Institution of Washington publication. 70 THE OPHIOGLOSSALES from the apical meristem of the shoot. I he latter, as in the other ( )phioglossacc;e, shows a large single initial cell, which in section closelj resembles that of Ophio- glossum moluccanum, having a broadly truncate base and being narrowei above (fig. 46, D). The apical meristem is of very limited extent and segmentation of" the apical cell is probably very slow. I he second root, which in the case undei con- sideration arose near the base of the third leaf, is here very conspicuous and its stele joins that of the t Stock Photo")
RMRFPFC0–. Carnegie Institution of Washington publication. 70 THE OPHIOGLOSSALES from the apical meristem of the shoot. I he latter, as in the other ( )phioglossacc;e, shows a large single initial cell, which in section closelj resembles that of Ophio- glossum moluccanum, having a broadly truncate base and being narrowei above (fig. 46, D). The apical meristem is of very limited extent and segmentation of" the apical cell is probably very slow. I he second root, which in the case undei con- sideration arose near the base of the third leaf, is here very conspicuous and its stele joins that of the t
RF2K3EP88–Scientific Designing of Growth in a Plant Root. Phototropism and Geotropism (Gravitropism) Effect on Plant Tissue. Colorful Symbols. Vector Illustrat
RMDA15HA–Closeup of a female pine cone at Montecito Sequoia Lodge, Sequoia National Park, California, USA.
RMRC8F9W–. Embryogenesis in plants. Embryology. Fig. 20. Psilotum triquetrum A-D, Stages in the embryonic development as seen in longitudinal section; I-I, first partition wall; a, neck of archegonium; s, shoot segment; /, foot segment; aw, apical meristem. (A-C, x 137; D, x 50; after Holloway). to the Psilophytales, e.g. the rootless, leafless fossils, Rhynia and Psilophytoih it has been generally accepted that the living Psilotales, of which no immediate or direct fossil ancestors are known, are simple and primitive plant organisations which have remained relatively unchanged over vast periods of tim
RF2K3G1G1–Scientific Designing of Growth in a Plant Root. Phototropism and Geotropism (Gravitropism) Effect on Plant Tissue. Colorful Symbols. Vector Illustrat
Search Results for Shoot apical meristem Stock Photos and Images (26)
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