Plant Transport

1. These typically exist on the bottom of a leaf and open and close depending on turgor pressure
3. The phloem, xylem and cambium form this
9. This pathway is when water flows through the cell walls of adjacent cells
10. This theory is why capillary action up the xylem works
13. This pathway is when water flows between the cytoplasm of adjacent cells
14. Sucrose is _______ with H+ ions back into the companion cell
17. These types of plants have stomata in sunken pits and hairs covering their leaf surface
18. These allow for cytoplasm to be continuous between cells
19. The movement of sucrose in the phloem
20. The movement of water from the roots, up the xylem and out of the stomata in the leaves

2. This prevents water flowing straight into the xylem via the apoplast pathway causing it to be filtered
4. Sucrose begins in these types of cell when transported
5. What is dissolved in water in the phloem?
6. Through which tissue does the transpiration stream flow?
7. Other than the companion cells name a cell in the phloem tissue
8. Sucrose ends up in these types of cell when transported
11. Through which tissue does dissolved sucrose flow?
12. These types of plants have stomata on the top of their leaves and large air spaces in their cells
15. What pressure causes water to move in the xylem?
16. The diffusion of water out of the stomata into the surrounding air