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Figure 4.12 Electron micrographs of stomata; (B) Stomatal complexes of Carex . Figure 4.12 Electron micrographs of stomata; (C) Onion epidermis . Figure 4.14 The radial alignment of the cellulose microfibrils in guard and epidermal cells.
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Figure 4.12 Electron micrographs of stomata; (B) Stomatal complexes of Carex
Figure 4.12 Electron micrographs of stomata; (C) Onion epidermis
Figure 4.14 The radial alignment of the cellulose microfibrils in guard and epidermal cells
Figure 18.7 Stomatal opening tracks photosynthetic active radiation at the leaf surface
Figure 18.6 Light-stimulated stomatal opening in detached epidermis of Vicia faba
Figure 18.8 Response of stomata to blue light under a red-light background
Figure 18.9 Action spectrum for blue light–stimulated stomatal opening
Figure 18.10 Blue light–stimulated swelling of guard cell protoplasts
Figure 18.11 Acidification of a suspension medium of guard cell protoplasts of V. faba
Figure 18.13 (C) Sucrose accumulation from photosynthetic carbon fixation
Figure 4.8 The driving force for water movement through plants (Part 1)
Figure 4.8 The driving force for water movement through plants (Part 2)