Zhengyao Lu

Earth and Planetary Sciences

1. Holocene 100%
2. Climate 76%
3. Vegetation 74%
4. Variability 63%
5. Southern Oscillation 59%
6. Summer 39%
7. Region 37%
8. Reconstruction 35%
9. Ice Sheet 34%
10. Investigation 31%
11. Farm 29%
12. Quaternary 29%
13. Atmospherics 29%
14. North Pacific 29%
15. Sea Ice 29%
16. Implication 25%
17. Climate Modeling 25%
18. Global Climate 23%
19. China 23%
20. Rate 23%
21. Last Glacial Maximum 22%
22. Vegetation Dynamics 22%
23. Insolation 21%
24. Climate Change 21%
25. Productivity 21%
26. Pliocene 20%
27. Rainfall 19%
28. East Asia 19%
29. Ocean 18%
30. Climate Feedback 18%
31. Loss 18%
32. Show 17%
33. Orbital Forcing 15%
34. Atmospheric Circulation 15%
35. Cycle 15%
36. Carbon Cycle 15%
37. Climate Variation 15%
38. Last Interglacial 14%
39. Forest 14%
40. Planetary Atmosphere 14%
41. State of the Art 14%
42. Northern Africa 14%
43. Heating 13%
44. Amazon 13%
45. Northern Hemisphere 13%
46. Polar Region 13%
47. Intertropical Convergent Zone 13%
48. Cooling 13%
49. Pacific Ocean 12%
50. Pollen 12%