Pythium example sentences

"Pythium" Example Sentences

1. The soil sample tested positive for Pythium root rot.
2. Pythium infections are a common problem in greenhouses.
3. Researchers are studying the genetics of Pythium to develop new control methods.
4. Several species of Pythium can attack various plants.
5. Fungicides are often used to manage Pythium infestations.
6. Proper soil drainage helps prevent Pythium diseases.
7. Symptoms of Pythium blight include wilting and root decay.
8. The severity of Pythium infection depends on environmental factors.
9. Early detection of Pythium is crucial for effective treatment.
10. We observed significant damage caused by Pythium in the experimental plots.
11. Controlling Pythium requires an integrated approach.
12. This new fungicide shows promise in controlling Pythium ultimum.
13. The study focused on the effects of temperature on Pythium growth.
14. Pythium can thrive in waterlogged soil conditions.
15. Are there any biological controls for Pythium in turfgrass?
16. Pythium is a genus of oomycetes, not a fungus.
17. Identification of the specific Pythium species is important.
18. The experiment aimed to compare different methods of Pythium control.
19. This paper reviews the literature on Pythium diseases in horticulture.
20. Crop rotation can help reduce the incidence of Pythium.
21. Improved sanitation practices can mitigate Pythium outbreaks.
22. Understanding the lifecycle of Pythium is essential for control.
23. The pathogen responsible for the damping-off was identified as Pythium aphanidermatum.
24. Pythium can cause significant economic losses in agriculture.
25. Resistant cultivars offer a sustainable way to manage Pythium.
26. We found evidence of Pythium in both the roots and stems.
27. The experiment showed a significant reduction in Pythium with the new treatment.
28. They are developing a rapid diagnostic test for Pythium detection.
29. Preventing Pythium requires careful management of soil moisture.
30. The impact of Pythium on seedling emergence was considerable.
31. Several factors contribute to the development of Pythium root rot.
32. It's important to distinguish between Pythium and other soilborne pathogens.
33. Microscopic examination confirmed the presence of Pythium hyphae.
34. The research team is investigating the molecular mechanisms of Pythium virulence.
35. This chapter discusses various aspects of Pythium biology and management.
36. Effective Pythium control requires a holistic approach.
37. The efficacy of different fungicides against Pythium was evaluated.
38. Pythium can cause damping-off in various plant species.
39. The spread of Pythium can be facilitated by contaminated irrigation water.
40. Monitoring soil conditions can help predict Pythium outbreaks.
41. Sustainable methods for controlling Pythium are needed.
42. The study highlighted the role of soil pH in Pythium development.
43. With proper management, Pythium can be effectively controlled.
44. The symptoms mimicked those caused by Pythium, but further tests were required.
45. Long-term strategies are necessary to prevent Pythium infestations.
46. Pythium is a significant challenge for many growers.
47. Research continues to explore novel approaches for Pythium management.
48. Careful selection of planting materials can minimize Pythium risk.
49. Understanding the environmental triggers for Pythium is crucial.
50. The presence of Pythium was confirmed through DNA sequencing.