Transport in vascular plants

1. Transport in vascular plants › Role of coetical cells
2. Transport in vascular plants › Pressure flow - The mechanism of translocation in Angiosperms
3. Transport in vascular plants › Translocation of organic nutrients through phloem › Movement from sugar sources to sugar sinks
4. Transport in vascular plants › Xerophyte adaptations that reduce transpiration
5. Transport in vascular plants › Stomata - major pathway of water loss
6. Transport in vascular plants › Regulation of rate of transpiration by stomata › Effects of transpiration on wlting ans leaf temperature
7. Transport in vascular plants › Xylem sap ascent by bulk flow
8. Transport in vascular plants › Movement of water and minerals through xylem › Factors affecting the ascent of xylem sap
9. Transport in vascular plants › Role of endodermis
10. Transport in vascular plants › Physical forces that act during transport › Introduction
11. Transport in vascular plants › Role of mycorrhizae
12. Transport in vascular plants › Absorption of water and minerals by roots › Role of root hairs
13. Transport in vascular plants › Role of symplast and apoplast in transport
14. Transport in vascular plants › The compartments of vacuolated plant cells
15. Transport in vascular plants › Effects of differences in water potentials
16. Transport in vascular plants › The role of proton pumps
17. Transport in vascular plants › Selective permeability of membranes