全球暖化下熱帶對流和降水變化:氣柱能量學分析(第二期)(2/2)

Keyphrases

1. Upwelling 100%
2. Global Warming 66%
3. Coupled Model Intercomparison Project Phase 5 (CMIP5) 60%
4. Seasonal Cycle 50%
5. El Nio 50%
6. Potential Impact 50%
7. Equatorial Atlantic 50%
8. Southern Oscillation 50%
9. Energy Recharge 50%
10. Moist Static Energy 50%
11. Equatorial Pacific 50%
12. Oscillation 50%
13. Discharge Cycle 50%
14. Recharge 40%
15. Net Flux 30%
16. Equatorial Upwelling 21%
17. Annual Signal 20%
18. Wave Processes 20%
19. Moist Static Energy Budget 20%
20. Gross Moist Stability 20%
21. Vertical Advection 20%
22. Horizontal Advection 20%
23. Heavy Top 20%
24. Shallow Convection 20%
25. Convection 15%
26. Ekman Upwelling 11%
27. Long-term Development 10%
28. Strongly Connected 10%
29. Eastern Equatorial Atlantic 10%
30. Eastern Atlantic 10%
31. Long-term Variation 10%
32. Semiannual 10%
33. Dynamical Processes 10%
34. Discharge Phase 10%
35. Dry Phase 10%
36. Boreal Winter 10%
37. Maritime Continent 10%
38. Phase Lead 10%
39. Advection Term 10%
40. Ascending Motion 10%
41. Discharge Process 10%
42. Winter Season 10%
43. Indian Ocean 10%
44. Descending Motion 10%
45. Weighted Theory 5%
46. Meridional Surface 5%
47. Cycle Type 5%
48. Apparent Weakening 5%
49. Thermocline Depth 5%
50. Linear Weights 5%
51. Tropical Area 5%
52. Wave Dynamics 5%
53. Divergence 5%
54. Surface Wind Stress 5%
55. Ekman Dynamics 5%
56. Climate Variability 5%
57. Sea Surface Temperature 5%
58. Long Term Evolution 5%
59. Pattern-based 5%
60. Projected Changes 5%
61. Climate Phenomena 5%
62. Equatorial Thermocline 5%
63. Equatorial Pacific Ocean 5%

Earth and Planetary Sciences

1. Global Warming 80%
2. CMIP 62%
3. Southern Oscillation 50%
4. Advection 50%
5. Energy Budget 33%
6. Indian Ocean 16%
7. Continent 16%
8. Sea Surface Temperature 10%
9. Pacific Ocean 10%
10. Climate Variation 10%
11. Thermocline 10%
12. Surface Wind 10%