Nitrification example sentences

"Nitrification" Example Sentences

1. Nitrification is a crucial process in the nitrogen cycle.
2. The efficiency of nitrification is affected by pH levels.
3. Understanding nitrification is key to managing wastewater treatment.
4. Researchers are studying the microbial communities involved in nitrification.
5. Improved nitrification leads to better water quality.
6. We observed slower nitrification rates at lower temperatures.
7. The process of nitrification converts ammonia to nitrite.
8. Inhibition of nitrification can have negative environmental consequences.
9. Efficient nitrification is vital for healthy ecosystems.
10. Monitoring nitrification helps assess soil health.
11. They are investigating the genetics of nitrification.
12. Agricultural practices can impact nitrification rates.
13. The study focused on the kinetics of nitrification.
14. Nitrification plays a significant role in nutrient cycling.
15. Complete nitrification requires two distinct steps.
16. Disruption of nitrification can lead to algal blooms.
17. Factors affecting nitrification include oxygen availability.
18. Enhanced nitrification is a desirable outcome in wastewater treatment.
19. The textbook explained the biochemistry of nitrification in detail.
20. Nitrification is an aerobic process.
21. He presented his research on nitrification at the conference.
22. Her thesis explored the microbial ecology of nitrification.
23. We measured nitrification rates using a standard method.
24. This new technology improves nitrification efficiency.
25. The impact of climate change on nitrification is a growing concern.
26. Proper nitrification is essential for nitrogen removal.
27. The experiment demonstrated the importance of oxygen for nitrification.
28. Soil conditions heavily influence nitrification.
29. They observed a significant increase in nitrification after adding amendments.
30. The results showed a correlation between temperature and nitrification rates.
31. Further research into nitrification is needed.
32. Understanding the inhibition of nitrification is crucial for remediation efforts.
33. Optimal conditions are needed for effective nitrification.
34. The role of nitrification in the global nitrogen cycle is significant.
35. Nitrification is a complex microbial process.
36. Monitoring nitrification helps optimize wastewater treatment plants.
37. Inhibition of nitrification can lead to groundwater contamination.
38. The article reviewed recent advancements in nitrification research.
39. Nitrification is a key process in aquatic ecosystems.
40. Effective nitrification requires a balanced microbial community.
41. Improved nitrification can reduce greenhouse gas emissions.
42. The presence of inhibitors can significantly reduce nitrification.
43. The study aimed to optimize nitrification in bioreactors.
44. Nitrification rates can be used as an indicator of ecosystem health.
45. They developed a new model to predict nitrification dynamics.
46. Nitrification is essential for the removal of ammonia from wastewater.
47. The process of nitrification involves the oxidation of ammonia.
48. Environmental factors can significantly influence the rate of nitrification.
49. Different microbial species contribute to nitrification in various environments.
50. Sustainable agricultural practices aim to optimize nitrification in soils.