Andrew Schurer

Earth and Planetary Sciences

1. Climate Modeling 100%
2. Volcanic Eruption 83%
3. Greenhouse Gas 65%
4. Climate Change 62%
5. Northern Hemisphere 61%
6. Tree rings 51%
7. Climate Variation 43%
8. CMIP 37%
9. Heat Wave 31%
10. Sea Surface Temperature 30%
11. Global Warming 27%
12. Paleoclimate 26%
13. Emissions 25%
14. North Atlantic Oscillation 22%
15. Coupled Model Intercomparison Project Phase 6 21%
16. El Nino-Southern Oscillation 18%
17. Radiative Forcing 17%
18. Little Ice Age 17%
19. Temperature Scale 16%
20. Earth System Model 14%
21. Orbital Forcing 13%
22. Sea Level Rise 13%
23. Arid Zones 13%
24. Air Temperature 12%
25. Global Climate 12%
26. Southern Hemisphere 11%
27. Spatial Distribution 10%
28. Timescale 10%
29. Paleoclimate Proxy 10%
30. Regional Climate 10%
31. Near-Surface Geology 10%
32. Extreme Event 9%
33. Seasonality 9%
34. Data Quality 9%
35. Atmospherics 8%
36. Sulfur Emission 8%
37. Southern Oscillation 7%
38. Anthropogenic Factor 6%
39. Ecosystem Service 6%
40. Design Experiment 6%
41. Volcanic Aerosol 6%
42. Change Detection 6%
43. United Nations Framework Convention on Climate Change 6%
44. Storm 6%
45. Data Sampling 6%
46. Hiatus 6%
47. Marine Heatwave 6%
48. Wind Power 6%
49. General Circulation Model 6%
50. Climate Sciences 6%