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Vocabulary Review

Vocabulary Review. Ch 29 – Plant Structure and Function. In higher plants, the fundamental tissue that is composed of thin-walled living cells that function in photosynthesis and storage. Parenchyma. A group of elongated, thick-walled plant cells that support the growth of leaves and stems.

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Vocabulary Review

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  1. Vocabulary Review Ch 29 – Plant Structure and Function

  2. In higher plants, the fundamental tissue that is composed of thin-walled living cells that function in photosynthesis and storage Parenchyma

  3. A group of elongated, thick-walled plant cells that support the growth of leaves and stems Collenchyma

  4. A type of plant tissue composed of cells that have thickened secondary cell walls that function in plant support Sclerenchyma

  5. The outer surface layer of cells of a plant or animal Epidermis

  6. A waxy or fatty and watertight layer on the external wall of epidermal cells Cuticle

  7. A thick-walled, cylindrical cell with tapered ends that is found in xylem and that provides support and conducts water and nutrients Tracheid

  8. In plants, the thin, porous areas of a tracheid cell wall Pit

  9. In plants, one of the cellular components of a xylem vessel Vessel element

  10. In plants, a tube-like structure in the xylem that is composed of connected cells that conduct water and mineral nutrients Vessel

  11. One of the component cells of a sieve tube, which is found mainly in flowering plants Sieve tube member

  12. In the phloem of a flowering plant, a conducting tube that is made up of a series of sieve-tube members stacked end to end Sieve tube

  13. A region that connects two sieve cells and that has one or more sieve areas, which consist of clusters of pores through which the cytoplasm of the cells is connected and through which materials are transported Sieve plate

  14. A specialized parenchyma cell that assists in transport and that gives rise to sieve tubes in angiosperms Companion cell

  15. A region of undifferentiated plant cells that are capable of dividing and developing into specialized plant tissues Meristem

  16. The growing region at the tips of stems and roots in plants Apical meristem

  17. Dividing tissue that runs parallel to the long axis of a stem or a root Lateral meristem

  18. In a plant, the lateral meristem that produces secondary xylem and phloem Vascular cambium

  19. A layer of tissue under the cork layer where cork cells are produced Cork cambium

  20. In biology, a joint between two adjacent sections in the stem of a plant where buds form and leaves or branches start to grow; usually marked by a knot or swelling Node

  21. The part of a plant stem between two consecutive nodes Internode

  22. A shoot or flower that has immature leaves folded in the growing tip Bud

  23. A modified leaf that forms a protective covering for a bud until it opens Bud scale

  24. The tissue that is located in the center of the stem of most vascular plants and that is used for storage Pith

  25. Secondary xylem produced in gymnosperm and dicot stems Wood

  26. Dark wood in center of tree Heartwood

  27. Functional, often lighter-colored wood nearer the outside of the trunk Sapwood

  28. The protective outside covering of woody plants, consisting of cork, cork cambium, and phloem Bark

  29. Wood formed during the spring when water is plentiful; vascular cambium can form new xylem with cells that are wide and thin walled Springwood

  30. Wood produced by vascular cambium in summer, when water is limited; smaller cells with thicker walls Summerwood

  31. In secondary xylem (wood), the growth ring formed in one season Annual ring

  32. A part of a plant that makes sugars and other organic compounds and from which these compounds are transported to other parts of the plant Source

  33. Any place where a plant stores or uses organic nutrients, such as sugar or starches Sink

  34. The movement of soluble nutrients from one part of a plant to another Translocation

  35. An explanation for the movement of carbohydrates in the phloem of plants; holds that carbohydrates are actively transported into sieve tubes Pressure-flow hypothesis

  36. The process by which plants release water vapor into the air through stomata; also the release of water vapor into the air by other organisms Transpiration

  37. An explanation for the movement of water up the stem xylem of tall plants; states that water is pulled up the xylem vessels by the cohesive force between the water molecules and the adhesion of the water molecules to the rigid vessel walls Cohesion-tension theory

  38. An organ of climbing plants that grows in spiral form and wraps around another body to help support the plant Tendril

  39. The broad, flat portion of a typical leaf Blade

  40. The stalk that attaches a leaf to the stem of a plant Petiole

  41. A leaf that has an undivided blade Simple Leaf

  42. A type of leaf in which the blade is divided into leaflets Compound leaf

  43. One segment of a compound leaf Leaflet

  44. In leaves, the tissue between epidermal layers, where photosynthesis occurs Mesophyll

  45. In plants, the layer of vertically elongated cells that contains chloroplasts, that is located beneath the upper epidermis of leaves, and that participates in photosynthesis Palisade mesophyll

  46. Inside a leaf, the tissue that is made up of loosely arranged parenchyma cells that contain chloroplasts and are surrounded by air spaces that promote the diffusion of oxygen, carbon dioxide, and water throughout the leaf Spongy mesophyll

  47. In plants, a bundle of vascular tissue that transports fluids and nutrients Vein

  48. The arrangement of veins in a leaf Venation

  49. A parallel arrangement of veins; typical of the leaves of monocots Parallel venation

  50. A nonparallel, branching network of veins that is typical of the leaves of dicots Net venation

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