100 Examples of sentences containing the common noun "phloem"

Definition

Phloem is a type of vascular tissue in higher plants responsible for the transport of nutrients, particularly the products of photosynthesis (sugars) from the leaves to other parts of the plant. It consists of living cells that facilitate the movement of sap and play a crucial role in the plant's growth and development.

Synonyms

• Vascular tissue
• Sieve tube
• Plant tissue

Antonyms

• Xylem (which transports water and minerals from roots to leaves)

Examples

1. The phloem carries essential nutrients throughout the plant.
2. During the growing season, the phloem becomes highly active.
3. Scientists study the phloem to understand plant health.
4. The phloem is vital for the distribution of sugars in plants.
5. Damage to the phloem can affect the entire plant's vitality.
6. The phloem connects the leaves to the roots.
7. In autumn, the phloem begins to slow down its activity.
8. The study of phloem is important for agricultural advancements.
9. The phloem is composed of several types of cells.
10. Researchers have discovered new ways to enhance phloem function.
11. A healthy phloem is crucial for fruit production.
12. The phloem helps in the process of photosynthesis.
13. The phloem can be affected by pests like aphids.
14. The phloem transports sugars to the growing roots.
15. Examining the phloem can reveal plant stress levels.
16. The phloem supports the plant during periods of drought.
17. The integrity of the phloem is essential for nutrient flow.
18. The phloem and xylem work together in plant physiology.
19. A blockage in the phloem can lead to wilting.
20. The phloem can regenerate if damaged properly.
21. The phloem contains specialized cells for nutrient transport.
22. The health of the phloem can indicate overall plant health.
23. Some trees have thicker phloem layers for better nutrient transport.
24. The phloem is an essential part of a plant's vascular system.
25. Certain fungi can infect the phloem and cause disease.
26. The phloem is located just beneath the bark in woody plants.
27. Understanding phloem function is key to improving crop yields.
28. The phloem transports amino acids to different parts of the plant.
29. The phloem undergoes seasonal changes in activity.
30. The phloem is crucial for the plant's reproductive success.
31. Young plants have more active phloem compared to older ones.
32. The phloem plays a role in the plant's response to environmental changes.
33. The structure of the phloem varies among plant species.
34. The phloem is involved in the storage of carbohydrates.
35. Damage to the phloem can be detrimental to photosynthesis.
36. The phloem can be observed under a microscope for study.
37. The phloem helps in the distribution of growth hormones.
38. The phloem is essential for the plant's metabolic processes.
39. In woody plants, the phloem is layered with bark.
40. The phloem must maintain pressure for effective nutrient flow.
41. Some insects feed on the phloem sap, causing harm to plants.
42. The phloem is responsible for the upward movement of nutrients.
43. The phloem and cambium layer are critical for tree growth.
44. The phloem can be affected by environmental stressors.
45. Observing the phloem can help in diagnosing plant diseases.
46. The phloem works alongside the xylem to support plant life.
47. Plants with healthy phloem are more resilient to attacks.
48. The phloem is a key focus in plant biology research.
49. The phloem can be found in all vascular plants.
50. The phloem is often studied in relation to plant genetics.
51. The phloem is essential during the flowering stage of plants.
52. A well-functioning phloem ensures a bountiful harvest.
53. The phloem structure can vary widely among different species.
54. In some plants, the phloem can store excess nutrients.
55. The phloem has a crucial role in the plant's nutrient cycle.
56. Understanding the phloem can lead to better pest management.
57. The phloem helps in the regulation of plant growth.
58. The phloem can be damaged by extreme weather conditions.
59. A compromised phloem can lead to a decline in plant health.
60. The phloem is integral to the plant's nutrient transport system.
61. In laboratory settings, researchers often analyze the phloem.
62. The phloem aids in the transfer of energy within the plant.
63. The phloem can be studied to improve crop resilience.
64. The phloem is a key component in understanding plant physiology.
65. The phloem facilitates communication between different plant parts.
66. The phloem can influence the overall yield of agricultural crops.
67. The phloem is involved in the movement of water-soluble vitamins.
68. The phloem is susceptible to various plant diseases.
69. The phloem plays an essential role during the seed germination process.
70. The phloem may experience blockages due to environmental factors.
71. The phloem has been a subject of interest for plant biologists.
72. The phloem is essential for the plant's reproductive cycle.
73. The phloem may show signs of stress during drought conditions.
74. The phloem works in tandem with the xylem for efficient transport.
75. The phloem can be enriched with nutrients through fertilization.
76. The phloem is vital for the longevity of perennial plants.
77. The phloem has specialized cells that facilitate nutrient movement.
78. Understanding the phloem is critical for sustainable agriculture.
79. The phloem is involved in the allocation of resources within the plant.
80. The phloem may exhibit different characteristics based on the plant species.
81. Plants with damaged phloem often show reduced growth.
82. The phloem is essential for the distribution of secondary metabolites.
83. The phloem can impact the flavor and quality of fruits.
84. The phloem plays a crucial role in the plant's response to light.
85. The phloem often undergoes changes during the plant's life cycle.
86. The phloem can be monitored to assess plant nutrient status.
87. The phloem is affected by the plant's overall water availability.
88. The phloem can be seen as the plant's lifeline for nutrient distribution.
89. A strong phloem is indicative of a healthy plant.
90. The phloem is often a focus in plant pathology studies.
91. The phloem can be influenced by soil nutrient levels.
92. The phloem supports the plant during its reproductive phases.
93. The phloem assists in the movement of organic compounds.
94. The phloem can be impacted by climatic changes.
95. The phloem is essential for maintaining plant homeostasis.
96. The phloem serves as a transport system for the plant's energy needs.
97. The phloem can be used as an indicator of environmental health.
98. The phloem can contribute to the plant's defense mechanisms.
99. The phloem is a dynamic tissue that adapts to the plant's needs.
100. The phloem is crucial for plant survival in diverse ecosystems.