Definition of “Xylem”

Xylem is a noun used primarily in botany to refer to a type of tissue in vascular plants.

Meanings and Uses

1. Botanical Tissue:
   • Noun: Xylem is one of the two types of vascular tissue in plants, the other being phloem. It is responsible for the transport of water and nutrients from the roots to the rest of the plant.
     • Example: “The xylem transports water from the roots to the leaves.”
2. Structural Component:
   • Noun: Xylem also provides structural support to the plant due to its lignified cell walls.
     • Example: “The xylem tissue gives the plant its rigidity and strength.”

Prepositions Used with “Xylem”

• In: Xylem in (e.g., “Xylem in trees helps them stand upright.”)
• Of: Xylem of (e.g., “The xylem of the plant transports essential nutrients.”)
• Through: Xylem through (e.g., “Water travels through the xylem to reach the leaves.”)

Collocations with “Xylem”

• Xylem tissue
• Xylem vessels
• Xylem fibers
• Xylem cells
• Xylem transport
• Xylem structure

Example Sentences

1. The xylem is crucial for the upward movement of water in plants.
2. Xylem vessels are specialized to conduct water from the roots to the leaves.
3. The structure of the xylem contributes to the overall stability of the plant.
4. In woody plants, xylem tissue is often referred to as wood.
5. Xylem fibers provide additional support to the plant’s vascular system.
6. The xylem and phloem work together to transport nutrients throughout the plant.
7. Xylem cells are typically elongated and have thick, lignified walls.
8. Water moves through the xylem via a process known as transpiration.
9. The study of xylem can reveal much about a plant’s health and growth.
10. Xylem development is crucial for a plant’s ability to adapt to dry conditions.
11. The xylem transports not only water but also dissolved minerals from the soil.
12. Xylem vessels can vary greatly in size and structure among different plant species.
13. The xylem’s role in supporting plant structures is as important as its role in nutrient transport.
14. In some plants, the xylem also functions in storage of nutrients.
15. Xylem tissue can be observed under a microscope to study its structure and function.
16. Xylem and phloem are arranged in vascular bundles in the stems of plants.
17. The efficiency of xylem transport can affect a plant’s overall health and growth.
18. Xylem plays a key role in the water cycle within terrestrial ecosystems.
19. The anatomy of xylem varies between monocots and dicots.
20. The formation of xylem tissue is essential for the long-term survival of a plant.
21. Xylem vessels are often wider in trees than in smaller plants.
22. Xylem’s role in transporting water becomes especially crucial during droughts.
23. The xylem and phloem are part of the vascular system in plants.
24. Xylem vessels are usually found in the center of stems and roots.
25. The xylem’s ability to transport water efficiently is vital for photosynthesis.
26. The xylem helps maintain the turgor pressure within plant cells.
27. The study of xylem in fossilized plants can provide insights into ancient climates.
28. Xylem tissue contributes to the plant’s mechanical support and strength.
29. In tropical plants, xylem vessels may have specialized structures for water transport.
30. The xylem’s structure can influence how well a plant can adapt to different environments.
31. Xylem tissue can become clogged with air or other obstructions, affecting water flow.
32. The development of xylem tissue is influenced by both genetic and environmental factors.
33. Xylem cells undergo a process of maturation that includes lignification.
34. The arrangement of xylem in the plant can affect its growth pattern.
35. Xylem’s role extends beyond just water transport; it also helps with nutrient distribution.
36. The structure of xylem can be observed through various staining techniques.
37. Xylem cells in some plants can function as storage cells during certain seasons.
38. The xylem is involved in the plant’s response to water stress.
39. The efficiency of xylem transport can impact crop yields in agriculture.
40. Xylem can also play a role in the plant’s defense mechanisms.
41. The xylem and phloem are interconnected, facilitating overall plant health.
42. Xylem’s ability to transport water quickly is crucial for large trees.
43. The development of xylem can be influenced by environmental factors such as water availability.
44. Xylem tissue can vary significantly among different types of plants.
45. The xylem is responsible for maintaining the plant’s internal water balance.
46. Xylem structure can be studied to understand plant evolution and adaptation.
47. The presence of xylem tissue is a key characteristic of vascular plants.
48. Xylem vessels can be damaged by diseases, affecting the plant’s health.
49. The formation of new xylem tissue is a part of the plant’s growth process.
50. Xylem’s transport functions are essential for the survival of land plants.