Unit 7: Plant Transport

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Across
  1. 3. Pathway through cell walls and intercellular spaces for water movement.
  2. 8. Cells in phloem that assist with the transport of nutrients.
  3. 9. Waxy/suberin barrier in plant roots that regulates water and mineral uptake.
  4. 10. This is a layer of cells, one to several cells thick, just inside the endodermis.
  5. 12. Force that helps pull water upward through the xylem, because of polar and polar interaction.
  6. 13. Process of moving substances from regions of higher concentration to lower concentration.
  7. 15. Process by which plants lose water vapor through stomata.
  8. 16. A basic plant tissue that are thin-walled, closely packed with no or small intercellular space.
  9. 18. Openings on leaf surfaces that control gas exchange.
  10. 20. Tissue responsible for transporting water and minerals in plants.
  11. 21. Movement of substances against a concentration gradient such as movement of H+ from companion cell to source, requiring energy.
  12. 24. Movement of water through plant tissues driven by evaporation from leaves.
  13. 26. This properties of xerophyte indicate a thick, fleshy stem To store water.
  14. 27. Cells that regulate the opening and closing of stomata.
  15. 28. Tissue responsible for transporting sugars and other organic nutrients.
  16. 29. This properties of xerophyte reduces the amount of surface area from which water vapour can diffuse.
  17. 31. Cells in roots that increase surface area for water absorption.
  18. 32. Force that helps pull water upward through the xylem, because of polar and non-polar interaction.
Down
  1. 1. This properties of xerophyte reduces the quantity of water that can diffuse through the surface of the leaf into the air.
  2. 2. A modified form of parenchyma in which the corners of the cells have extracellulose thickening, providing extra support, as in the midrib and the corners or square stems.
  3. 4. This tissue has many large air spaces between the cells for gas diffusion.
  4. 5. Process involving the loss of water vapor from plant leaves.
  5. 6. This properties of xerophyte on its surface helps reduce movement of air, helping to trap humid air.
  6. 7. One-cell thick, continuous layer outside of the plant.
  7. 11. One-cell thick, surrounding vascular bundle in the stem and roots.
  8. 14. Phloem contains unique tube-like structures called ...
  9. 17. Movement of water molecules through a selectively permeable membrane.
  10. 19. A plant tissue consisting of thick-walled cells with a purely mechanical function (strength and support); the cell walls have usually become impregnated with lignin.
  11. 22. Column-shaped, located near upper epidermis where they receive many sunlight, therefore contains more chloroplasts.
  12. 23. Process by which plants transport organic nutrients through the phloem.
  13. 25. Pathway through the cytoplasm of plant cells connected by plasmodesmata.
  14. 30. Pressure exerted by the plasma membrane against the cell wall, providing structural support.