100 Examples of sentences containing the common noun "pollination"

Definition

Pollination is the process by which pollen is transferred from the male anther of a flower to the female stigma, enabling fertilization and the production of seeds. This process is crucial for the reproduction of many plants and is often facilitated by various agents such as insects, birds, wind, and water.

Synonyms

• Fertilization
• Reproduction
• Cross-fertilization
• Transfer of pollen

Antonyms

• Sterility
• Infertility
• Non-reproduction

Examples

1. The bees play a vital role in pollination during the spring.
2. Without pollination, many crops would fail to produce fruit.
3. The researcher studied the impact of climate change on pollination.
4. Successful pollination depends on the timely arrival of pollinators.
5. The garden flourished after the pollination by local honeybees.
6. Wind can also assist in pollination, particularly for grasses.
7. Farmers often rent bees to ensure effective pollination of their fields.
8. Pollination is essential for maintaining biodiversity in ecosystems.
9. Some plants have unique adaptations for their pollination strategies.
10. The decline in bee populations threatens global pollination efforts.
11. The pollination of flowers can take place during the day or night.
12. Many fruits require cross-pollination to set seed and grow.
13. The pollination process can be disrupted by pesticide use.
14. Certain plants attract specific insects for their pollination needs.
15. The garden's success hinged on the efficient pollination of its flowers.
16. Birds also contribute to pollination in some tropical regions.
17. Pollination can occur through self-fertilization or cross-fertilization.
18. Effective pollination is crucial for the production of coffee beans.
19. The study focused on the role of temperature in pollination success.
20. The pollination of crops can be enhanced by planting wildflowers nearby.
21. Some species of orchids have specialized techniques for pollination.
22. Pollination is fundamental to the survival of many plant species.
23. The pollination process varies significantly between plant types.
24. Research indicates that urban gardens can facilitate pollination.
25. The lifecycle of many plants is dependent on successful pollination.
26. The pollination season varies by region and climate.
27. Some farmers use artificial means to ensure pollination occurs.
28. The role of pollination is often underestimated in agriculture.
29. Natural habitats provide essential resources for pollination.
30. The pollination of certain flowers is synchronized with specific insects.
31. Effective pollination is vital for sustainable food production.
32. The pollination process can be affected by environmental pollutants.
33. Certain plants release their pollen at specific times to optimize pollination.
34. Cross-pollination can lead to genetic diversity in plant populations.
35. The pollination of fruit trees usually requires multiple varieties.
36. Many people are unaware of the importance of pollination in their diets.
37. The study of pollination patterns can inform conservation efforts.
38. Pollination is often a cooperative process involving multiple species.
39. The visual appeal of flowers often aids in their pollination.
40. Indigenous plants have adapted to local pollination conditions.
41. Pollination is crucial for the production of vegetables like tomatoes.
42. The effects of climate change on pollination are a growing concern.
43. Various insects have unique roles in the pollination process.
44. The pollination of native plants supports local wildlife.
45. The timing of pollination can affect the yield of crops.
46. The pollination process can be studied through field experiments.
47. Pollination can sometimes be facilitated by human intervention.
48. The success of pollination can be measured by fruit set rates.
49. Certain flowers emit scents to attract pollinators for pollination.
50. The pollination of agricultural crops is crucial for food security.
51. Some ecosystems are entirely dependent on pollination services.
52. The diversity of pollinators enhances the effectiveness of pollination.
53. Pollination can be encouraged by planting a variety of flowers.
54. The role of pollination in ecosystem stability is critical.
55. The pollination process is often disrupted by habitat loss.
56. Understanding pollination processes can improve agricultural practices.
57. The interaction between plants and pollinators is a complex form of pollination.
58. Many gardeners promote pollination by providing habitats for bees.
59. Pollination is essential for the health of flowering plants.
60. The pollination of crops can vary with weather conditions.
61. The importance of pollination cannot be overstated in horticulture.
62. Many plants have evolved to attract specific pollinators for pollination.
63. The pollination of wildflowers supports entire ecosystems.
64. Certain crops rely solely on insect pollination for production.
65. The pollination process is a key area of study in botany.
66. Educating people about pollination can lead to better conservation efforts.
67. The pollination of some plants requires intricate relationships with animals.
68. Changes in land use can negatively impact pollination services.
69. The study of pollination biology has implications for climate resilience.
70. Protecting pollinators is essential for ensuring effective pollination.
71. Pollination can be affected by the availability of water resources.
72. The pollination process is crucial for the regeneration of forests.
73. Many agricultural practices are designed to optimize pollination.
74. The pollination of crops can lead to increased biodiversity in farming.
75. The pollination of certain flowers occurs through a mutualistic relationship.
76. The effectiveness of pollination can be influenced by flower shape.
77. Pollination timing can be critical for seed development.
78. The pollination of plants is essential for the production of nuts and berries.
79. Some plants use color and patterns to attract pollinators for pollination.
80. The study of pollination can reveal much about plant evolution.
81. Pollination efficiency is vital for the economic success of farms.
82. The pollination of crops can lead to increased yields and quality.
83. The decline of pollinators poses a significant threat to pollination systems.
84. The pollination of agricultural fields often requires collaboration with beekeepers.
85. Many ecosystems rely on healthy pollination networks.
86. The pollination of flowering plants supports numerous animal species.
87. Understanding pollination dynamics can aid in habitat restoration.
88. The pollination of certain crops is assisted by the use of nets.
89. The pollination of plants often involves a series of intricate steps.
90. Monitoring pollination success is important for agricultural research.
91. The pollination of native plants contributes to ecological balance.
92. Certain environmental conditions can enhance or disrupt pollination.
93. The pollination of crops can be optimized through careful planning.
94. The interaction between plants and their pollinators is critical for pollination success.
95. Many farmers are adopting practices to improve pollination rates.
96. The pollination of crops is vital for the global food supply.
97. The pollination of native flowers supports local ecosystems.
98. The lifecycle of many insects is tied to their role in pollination.
99. The pollination of plants is a beautiful example of nature’s interdependence.
100. By planting diverse species, gardeners can enhance pollination in their yards.