Tracheid example sentences

"Tracheid" Example Sentences

1. Tracheids are elongated cells found in the xylem of vascular plants.
2. The tracheid walls are thickened with lignin.
3. Water transport efficiency is partly determined by the arrangement of tracheids.
4. Unlike vessel elements, tracheids lack perforation plates.
5. Gymnosperms rely heavily on tracheids for water conduction.
6. The length of a tracheid can vary greatly depending on the species.
7. Pit membranes in tracheids regulate water flow.
8. Tracheids, along with vessel elements, compose the xylem.
9. Research on tracheid development is ongoing.
10. The structure of a tracheid is adapted for both support and water transport.
11. Analyzing tracheid density can indicate wood quality.
12. Evolutionary changes in tracheid morphology are fascinating.
13. A single tracheid might be several millimeters long.
14. The tracheid's secondary wall provides strength.
15. Understanding tracheid function is crucial in forestry.
16. We examined the tracheids under a powerful microscope.
17. The tracheids were clearly visible in the cross-section.
18. Several types of pits exist on the tracheid walls.
19. The bordered pits of tracheids are a key structural feature.
20. Different tree species exhibit varying tracheid arrangements.
21. Tracheids play a significant role in plant water relations.
22. The study focused on the hydraulic conductivity of tracheids.
23. Proper identification of tracheids is essential in wood anatomy.
24. Tracheid length is an important factor in wood strength.
25. The research team counted the tracheids in various wood samples.
26. Variations in tracheid size affect wood properties.
27. The analysis revealed a correlation between tracheid size and growth rate.
28. Tracheids are an integral component of wood tissue.
29. The development of tracheids is regulated by various genes.
30. Scientists are investigating the role of tracheids in drought tolerance.
31. The microscopic examination showed damaged tracheids.
32. Cavitation in tracheids can disrupt water transport.
33. Improved understanding of tracheid function could lead to better forestry practices.
34. The tracheids were stained for better visualization.
35. This tracheid exhibits unusual wall thickenings.
36. The tracheids are responsible for both conduction and support.
37. How do tracheids contribute to the overall strength of wood?
38. Tracheids are considered a primitive type of water-conducting cell.
39. The presence of tracheids differentiates gymnosperms from angiosperms.
40. Further studies are needed to understand the detailed mechanics of tracheid water transport.
41. The tracheids' role in carbon sequestration is an active area of research.
42. Tracheids are essential for the survival of many tree species.
43. Identifying tracheids is a crucial skill in plant anatomy.
44. The tracheid’s structure is remarkably efficient for its function.
45. The model accurately predicted the hydraulic properties of the tracheids.
46. Early wood tracheids differ in size from late wood tracheids.
47. Changes in tracheid morphology can be used to reconstruct past climates.
48. The experiment measured the water permeability of individual tracheids.
49. This textbook chapter thoroughly explains tracheid structure and function.
50. The degradation of tracheids contributes to the decomposition of wood.