Corrhizae example sentences

"Corrhizae" Example Sentences

1. Corrhizae are essential for nutrient uptake in many plant species.
2. The study focused on the development of corrhizae in different soil conditions.
3. Mycorrhizal fungi form corrhizae with plant roots.
4. Healthy corrhizae are indicative of a thriving ecosystem.
5. Damage to corrhizae can negatively impact plant growth.
6. The research examined the role of corrhizae in drought tolerance.
7. Corrhizae significantly enhance phosphorus uptake.
8. We observed a positive correlation between corrhizae abundance and plant biomass.
9. Understanding corrhizae is crucial for sustainable agriculture.
10. The formation of corrhizae is a complex symbiotic process.
11. Different types of fungi form different types of corrhizae.
12. The presence of corrhizae can be detected microscopically.
13. Proper soil management is vital for maintaining healthy corrhizae.
14. Studies on corrhizae are ongoing worldwide.
15. The benefits of corrhizae extend beyond nutrient uptake.
16. Improved understanding of corrhizae could revolutionize agriculture.
17. The analysis revealed a high density of corrhizae in the root system.
18. Corrhizae, a symbiotic relationship, benefits both fungus and plant.
19. Further research is needed to fully understand the complexities of corrhizae.
20. Corrhizae play a crucial role in forest ecosystems.
21. The experiment measured the impact of fertilizer on corrhizae development.
22. Microscopic examination confirmed the presence of corrhizae.
23. The scientist's expertise lies in the study of corrhizae.
24. Healthy plants often exhibit extensive corrhizae networks.
25. The book detailed the various types and functions of corrhizae.
26. Soil health is closely linked to the abundance and health of corrhizae.
27. This groundbreaking research sheds new light on corrhizae functionality.
28. Agricultural practices should aim to promote the growth of beneficial corrhizae.
29. The impact of climate change on corrhizae is a subject of ongoing debate.
30. Are corrhizae more prevalent in acidic or alkaline soils?
31. The experiment aimed to determine the optimal conditions for corrhizae formation.
32. Several factors influence the development and function of corrhizae.
33. This research paper provides a comprehensive review of corrhizae research.
34. The visualization techniques used allowed for detailed observation of corrhizae.
35. The team's findings suggest a previously unknown role for corrhizae.
36. Corrhizae are vital for nutrient cycling in many ecosystems.
37. Deforestation significantly reduces the presence of corrhizae in affected areas.
38. Long-term studies are necessary to understand the long-term effects on corrhizae.
39. The success of reforestation efforts often depends on the establishment of corrhizae.
40. The paper discusses the potential of using corrhizae in bioremediation.
41. Genetic diversity within corrhizae populations is crucial for resilience.
42. The study highlighted the importance of considering corrhizae in ecological models.
43. In conclusion, corrhizae play a pivotal role in plant health and ecosystem stability.
44. The presence of arbuscular corrhizae was confirmed through molecular analysis.
45. Future research should investigate the effects of different soil amendments on corrhizae.
46. The observation of corrhizae was conducted under a high-powered microscope.
47. The data suggest a strong positive correlation between mycorrhizal fungi and corrhizae abundance.
48. The experiment tested the hypothesis that corrhizae enhance drought resistance.
49. This new method offers a more efficient way to quantify corrhizae colonization.
50. The results demonstrate the crucial role of corrhizae in nutrient acquisition by plants.