"Fertilisations" Example Sentences
1. Fertilisations are crucial to the successful growth and development of many plant species.
2. The rate of fertilisations can be measured and tracked over time.
3. Certain fertilisations can lead to an increase in crop yield and quality.
4. Lack of proper fertilisations can result in stunted growth and reduced plant health.
5. Researchers are studying the effects of different fertilisations on soil health.
6. Fertilisations must be carefully chosen based on the specific needs of each plant or crop.
7. Soil tests can be conducted to determine the required amount of fertilisations for optimal growth.
8. Fertilisations containing nitrogen and phosphorus are often used to promote plant growth.
9. Timing and frequency of fertilisations can vary based on the type of crop being grown.
10. Organic fertilisations, such as compost and manure, are becoming increasingly popular among farmers.
11. Too much of certain fertilisations can lead to soil pollution, which can harm both plants and animals.
12. Fertilisations can be applied to crops using several different methods, including spraying and irrigation.
13. Many commercial fertilisations contain additives and chemicals that can harm the environment.
14. The cost of fertilisations can be a significant expense for farmers and growers.
15. Some crops, such as legumes, can actually produce their own fertilisations through nitrogen fixation.
16. The use of fertilisations is often necessary for farmers to achieve high crop yields and profitability.
17. Microbial fertilisations can help reduce the need for synthetic fertilisers and promote healthy soil.
18. In some regions, access to fertilisations may be limited, which can lead to food scarcity and malnutrition.
19. Fertilisation requirements can vary based on the climate and weather conditions in a particular region.
20. Fertilisations are often used in combination with other agricultural practices, such as crop rotation and pest control.
21. The use of synthetic fertilisations has been linked to a decline in soil fertility and biodiversity in some areas.
22. Improper fertilisation practices can lead to the loss of nutrients through leaching and runoff.
23. Some fertilisations, such as bone meal and fish emulsion, are derived from animal products and may not be suitable for vegan farming practices.
24. Farmers must take into account the long-term effects of fertilisations on soil health and environmental sustainability.
25. Fertilisation can play a key role in mitigating the effects of climate change by increasing the capacity of soil to store carbon.
26. The use of fertilisations must be balanced with other factors such as crop rotation and soil conservation practices.
27. Controlled-release fertilisations can provide a consistent and slow release of nutrients over time, reducing the risk of leaching and nutrient loss.
28. The use of fertilisations is often regulated by government agencies to ensure environmental safety and sustainability.
29. Phosphorus fertilisations are essential for proper root development and plant health.
30. Sustainable fertilisation practices are becoming increasingly important in the face of a changing global climate.
Common Phases
1. The fertilisation process involves the fusion of male and female gametes;
2. Without fertilisation, the ovum does not develop into an embryo;
3. Success rates of fertilisation during in vitro fertilisation vary depending on several factors;
4. The timing of fertilisation is critical for successful conception;
5. In natural fertilisation, the sperm must travel through the female reproductive tract to reach the egg;
6. Animal breeders use artificial fertilisation techniques to improve genetic traits in livestock;
7. Fertilisation of the egg can occur in the fallopian tube or the uterus;
8. Fertilisation in plants occurs when pollen from the male reproductive organ reaches the female reproductive organ of the same or a compatible plant;
9. Fertilisation may be hindered by certain health issues such as low sperm count or blocked fallopian tubes;
10. Sperm can survive in the female reproductive tract for up to 5 days waiting for ovulation to occur before fertilisation can take place.