Leopold Haimberger

Earth and Planetary Sciences

1. Atmospherics 100%
2. Radiosondes 91%
3. Enthalpy 44%
4. Upper Atmosphere 43%
5. Energy Budget 41%
6. Homogenizing 40%
7. Troposphere 35%
8. Heat Flux 34%
9. Snow Cover 32%
10. Stratosphere 29%
11. Particle Dispersion 25%
12. Weather Forecast 24%
13. Global Climate 24%
14. Land Surface 22%
15. Northern Hemisphere 22%
16. Boundary Condition 21%
17. Climate Change 21%
18. Air Temperature 21%
19. Radio Occultation 21%
20. Energy Flux 20%
21. Dust Storm 19%
22. Machine Learning 19%
23. Southern Oscillation 19%
24. Fifth Generation of ECMWF Atmospheric Reanalysis of the Global Climate 19%
25. Satellite Data 19%
26. Time Series 17%
27. Data Product 16%
28. Vertical Profile 15%
29. Data Assimilation 15%
30. Atmospheric Circulation 14%
31. Energy Transfer 14%
32. Wet Deposition 14%
33. Atmospheric Transport 14%
34. Surface Flux 14%
35. Climate Modeling 14%
36. CMIP6 Models 14%
37. CMIP 14%
38. Sea Surface Temperature 14%
39. Coupled Model Intercomparison Project Phase 6 13%
40. Tropopause 13%
41. Satellite Observation 13%
42. Earth Surface 11%
43. Interfacial Energy 11%
44. Greenhouse Gas 11%
45. Southern Hemisphere 11%
46. Tropical Cyclone 10%
47. State of the Art 10%
48. Data Management 9%
49. Transport Property 9%
50. Wind Shear 9%