Mesoscales example sentences

"Mesoscales" Example Sentences

1. Mesoscales convective systems are a major focus of meteorological research.
2. The model accurately predicted the evolution of the mesoscales weather patterns.
3. Understanding mesoscales is crucial for improving short-term weather forecasting.
4. Researchers are developing new techniques to better observe mesoscales atmospheric phenomena.
5. Satellite imagery provides valuable data for analyzing mesoscales features.
6. The formation of tornadoes is often linked to mesoscales atmospheric instability.
7. Mesoscales vorticity plays a significant role in the development of severe weather.
8. These mesoscales circulations can significantly impact local weather conditions.
9. Numerical weather prediction models are increasingly capable of resolving mesoscales features.
10. The study investigated the interaction between mesoscales and synoptic-scale weather systems.
11. Improved understanding of mesoscales is needed for effective disaster preparedness.
12. Data assimilation techniques are used to improve the accuracy of mesoscales forecasts.
13. High-resolution radar observations are essential for detecting mesoscales phenomena.
14. The complexity of mesoscales makes accurate prediction challenging.
15. Mesoscales processes are often highly variable and unpredictable.
16. Scientists use various methods to study the dynamics of mesoscales.
17. The impact of mesoscales on aviation safety is a significant concern.
18. Recent advancements have improved our ability to model mesoscales weather.
19. Detailed analysis of mesoscales revealed previously unknown atmospheric patterns.
20. The study focused on the role of mesoscales in the development of hurricanes.
21. Understanding mesoscales is crucial for improving agricultural forecasting.
22. Accurate prediction of mesoscales is essential for effective water resource management.
23. The research team developed a new model for simulating mesoscales atmospheric flows.
24. Mesoscales can be highly localized, affecting only small areas.
25. The researchers observed interesting interactions between mesoscales and terrain.
26. Mesoscales are often embedded within larger weather systems.
27. New technologies are enhancing our ability to monitor mesoscales in real time.
28. The presentation discussed the latest advances in mesoscales meteorology.
29. Further research is needed to fully understand the complexities of mesoscales.
30. This model explicitly resolves mesoscales processes with high accuracy.
31. The book provides a comprehensive overview of mesoscales meteorology.
32. Mesoscales are a vital component of the Earth's climate system.
33. The study compared different methods for predicting mesoscales phenomena.
34. Improved data quality is essential for enhancing mesoscales forecasting.
35. Future research will focus on the impact of climate change on mesoscales.
36. The forecast accurately predicted the location and intensity of the mesoscales convective system.
37. Mesoscales can lead to significant variations in local weather.
38. The observed mesoscales were consistent with the model's predictions.
39. Improved understanding of mesoscales will lead to more effective weather warnings.
40. The paper presents a new framework for analyzing mesoscales weather events.
41. Scientists continue to investigate the role of mesoscales in atmospheric dynamics.
42. High-resolution simulations are crucial for capturing the detail of mesoscales.
43. The study demonstrated the importance of mesoscales in determining precipitation patterns.
44. Advances in computing power have facilitated the study of mesoscales.
45. The conference brought together leading experts on mesoscales and their impact.
46. Mesoscales play a crucial role in the development of severe thunderstorms.
47. The researchers used advanced statistical techniques to analyze the mesoscales data.
48. Mesoscales are characterized by their relatively short lifetimes and spatial scales.
49. The model successfully simulated the complex interactions within the mesoscales system.
50. Further research into mesoscales will improve our ability to predict extreme weather events.