100 Examples of sentences containing the common noun "fertilization"

Definition

Fertilization refers to the process by which a sperm cell unites with an egg cell, resulting in the formation of a zygote. This biological process is critical in sexual reproduction for many organisms, including plants and animals. Additionally, fertilization can also refer to the application of nutrients to soil to enhance plant growth.

Synonyms

• Pollination (in the context of plants)
• Conception (in a biological context)
• Enrichment (in the context of soil)
• Manuring
• Nutrient application

Antonyms

• Sterilization
• Infertility
• Depletion (in the context of soil)
• Dearth

Examples

1. The process of fertilization is essential for the continuation of many species.
2. Scientists study the effects of temperature on fertilization rates in sea turtles.
3. In agriculture, proper fertilization leads to higher crop yields.
4. The fertilization of the egg occurs in the fallopian tube.
5. Many factors can affect the success of fertilization in plants.
6. The fertilization process can vary significantly between different species.
7. The timing of fertilization is crucial for successful reproduction.
8. Advances in technology have improved methods of fertilization in agriculture.
9. The fertilization of the soil is necessary before planting seeds.
10. Natural fertilization occurs when pollen is transferred from one flower to another.
11. The study of fertilization has revealed interesting insights into genetic diversity.
12. Controlled fertilization can help manage soil health sustainably.
13. The fertilization process was observed under a microscope during the experiment.
14. Farmers often rely on chemical fertilization to boost their crops.
15. The fertilization of the embryo is a delicate process influenced by many factors.
16. Organic fertilization practices are becoming more popular among environmentally-conscious farmers.
17. The fertilization of aquatic plants can dramatically improve water quality.
18. The discovery of artificial fertilization revolutionized reproductive medicine.
19. Fertilization in flowering plants typically involves pollinators like bees.
20. Researchers are exploring the role of climate change on fertilization success in coral reefs.
21. Successful fertilization often requires specific environmental conditions.
22. The fertilization of the egg can be affected by the age of the mother.
23. There are various methods of fertilization used in modern agriculture.
24. The fertilization rate among different species can indicate their reproductive health.
25. Many plants rely on wind for effective fertilization.
26. The fertilization of crops can be improved with precision agriculture techniques.
27. Fertilization can sometimes lead to genetic abnormalities in offspring.
28. The timing of fertilization is often critical for maximizing crop yield.
29. In vitro fertilization has helped many couples conceive children.
30. The fertilization process is a key area of research in reproductive biology.
31. The fertilization of the soil with compost can enhance its nutrient content.
32. Proper fertilization techniques can help combat soil erosion.
33. The fertilization of seeds is vital for the growth of new plants.
34. Some animals exhibit unique behaviors to ensure successful fertilization.
35. The environmental impact of fertilization practices is closely monitored.
36. Fertilization can occur through natural or artificial means.
37. The efficiency of fertilization methods is being studied for sustainable practices.
38. Fertilization occurs when the sperm penetrates the egg's outer layer.
39. The fertilization process is influenced by hormonal changes in the female body.
40. Soil fertilization is essential for maintaining agricultural productivity.
41. The success of fertilization can vary among different populations.
42. The fertilization of aquatic plants improves their growth and reproduction.
43. The fertilization of the egg can happen within hours of ovulation.
44. There are different techniques for fertilization in farming, including drip irrigation.
45. The fertilization of crops must be managed carefully to avoid runoff.
46. Fertilization in mammals is a complex process involving multiple steps.
47. The role of fertilization in genetics is a significant area of study.
48. The fertilization of soil with organic matter can improve its structure.
49. The fertilization of certain plant species relies on specific pollinators.
50. Fertilization can be affected by pollutants in the environment.
51. The fertilization of the egg often leads to the development of an embryo.
52. Advances in assisted reproductive technology have changed the landscape of fertilization.
53. The fertilization of the soil should occur before the planting season.
54. Some plants have adapted to improve their chances of fertilization.
55. Environmental conditions can significantly influence the success of fertilization.
56. The study of fertilization has implications for conservation efforts.
57. The fertilization of crops is tailored to specific soil types.
58. Fertilization occurs in various forms, including sexual and asexual reproduction.
59. The fertilization of hybrid plants can produce unique traits.
60. The fertilization of marine organisms can be influenced by ocean currents.
61. Understanding the process of fertilization is crucial for reproductive health.
62. The fertilization of the soil can be enhanced with cover crops.
63. Many factors can inhibit successful fertilization in both plants and animals.
64. The fertilization process in flowering plants is often intricate and involved.
65. Proper timing is essential for effective fertilization in agriculture.
66. The fertilization of aquatic ecosystems can support biodiversity.
67. Fertilization can lead to the development of genetically diverse offspring.
68. The fertilization of different plant species varies widely.
69. The fertilization of the egg can be monitored through various techniques.
70. The importance of fertilization in crop rotation cannot be overstated.
71. The fertilization process can be disrupted by environmental changes.
72. Fertilization is a key factor in the life cycle of many species.
73. The use of organic fertilizers can improve soil fertilization.
74. The fertilization of plants often requires specific nutrient ratios.
75. Understanding the mechanisms of fertilization can help in breeding programs.
76. Fertilization success rates can be affected by various health factors.
77. The fertilization of soil can be achieved through various organic practices.
78. Some species have evolved unique strategies for successful fertilization.
79. The fertilization of the ovum typically occurs within a short time frame.
80. Advances in fertilization research can lead to breakthroughs in reproductive technology.
81. The fertilization process is vital for the survival of many species.
82. The fertilization of crops should be monitored for optimal growth.
83. Seasonal changes can impact the timing of fertilization in plants.
84. The fertilization of the egg is a critical step in reproduction.
85. Various factors, including genetics and environment, influence fertilization.
86. The fertilization of the soil can help restore degraded land.
87. Studying fertilization patterns can provide insights into species adaptation.
88. The fertilization of the egg is often followed by rapid cell division.
89. The use of biostimulants can enhance the fertilization process in plants.
90. Fertilization techniques are evolving with advancements in science.
91. The fertilization of crops can have long-term effects on soil health.
92. The fertilization of the egg is a crucial moment in the reproductive cycle.
93. The efficiency of fertilization practices can improve food security.
94. The fertilization of aquatic habitats is essential for sustaining marine life.
95. The study of fertilization is interdisciplinary, involving biology and environmental science.
96. The fertilization of the soil should be adjusted based on crop needs.
97. The fertilization of genetically modified organisms raises ethical questions.
98. The fertilization of seeds in a controlled environment can boost germination rates.
99. The fertilization of plants is a complex interaction of biological and environmental factors.
100. Understanding the dynamics of fertilization can lead to more sustainable agricultural practices.