全球暖化對熱帶季內振盪之影響: 濕靜能和濕穩定度分析(2/2)

Keyphrases

1. Tropical Cyclone Activity 88%
2. Oscillation 66%
3. Tropical Cyclogenesis 57%
4. Western North Pacific 50%
5. High-resolution Atmospheric Model 44%
6. Abrupt Change 44%
7. Model Simulation 44%
8. South China Sea 44%
9. Moist Static Energy 31%
10. TC Genesis 25%
11. Genesis Frequency 25%
12. Global Warming 22%
13. Stability Analysis 22%
14. Tropical Intraseasonal Oscillation 22%
15. Gross Moist Stability 22%
16. Tropics 22%
17. Cloud Radiative Effects 22%
18. Spatial Resolution 22%
19. Relative Vorticity 19%
20. Thermal Effect 12%
21. Dynamic Effects 12%
22. Future Climate 11%
23. Intraseasonal Oscillation 11%
24. Moisture Budget 11%
25. Structure Intensity 11%
26. Climate System Model 11%
27. Tropical Upper Troposphere 11%
28. Typhoon Activity 11%
29. Heavy Precipitation 11%
30. Planetary Scale 11%
31. Structure Propagation 11%
32. Thermodynamic Mechanism 11%
33. Boreal Summer 11%
34. Summer Season 11%
35. Dynamic Mechanism 11%
36. Energy Budget 11%
37. Heavy Rain 8%
38. Deep Convection 8%
39. Community Atmosphere Model 8%
40. Resolution Dependence 8%
41. Shallow Convection 8%
42. Tropical Cyclone Frequency 6%
43. Convection 6%
44. Dominant Effect 6%
45. Track Changes 6%
46. Time Series Pattern 6%
47. Fast Propagation 6%
48. Vertical Wind Shear 6%
49. Observational Analysis 6%
50. Popular 6%
51. Individual Contribution 6%
52. Budget Analysis 6%
53. Atmospheric Model 6%
54. Wind Shear Effect 6%
55. Spatial Distribution 6%
56. Environmental Parameters 6%

Earth and Planetary Sciences

1. Cyclones 100%
2. Atmospheric Model 66%
3. North Pacific 53%
4. China 44%
5. Spatial Resolution 22%
6. Stability Analysis 22%
7. Intraseasonal Variation 22%
8. Global Warming 22%
9. Atmospherics 11%
10. Climate Modeling 11%
11. Energy Budget 11%
12. Troposphere 11%
13. Precipitation Intensity 11%
14. Time Series 5%
15. Wind Shear 5%
16. Spatial Distribution 5%