Ingrid Luijkx

Earth and Planetary Sciences

1. Atmospherics 100%
2. Emissions 80%
3. Carbon Budget 51%
4. Greenhouse Gas 46%
5. Carbon Dioxide 37%
6. Carbon Dioxide Emission 36%
7. Europe 35%
8. Planetary Atmosphere 34%
9. Land Use Change 30%
10. United Kingdom 27%
11. Fossil Fuel 26%
12. Atmospheric Inversion 26%
13. Carbon Cycle 26%
14. Amazon 25%
15. Vegetation 25%
16. Fossil 22%
17. Land Use 17%
18. Carbon Flux 17%
19. Data Assimilation 17%
20. United Kingdom 16%
21. Photosynthesis 16%
22. Net Ecosystem Exchange 15%
23. Atmospheric Transport 13%
24. Deforestation 11%
25. Soil Moisture 11%
26. Methane 11%
27. Global Carbon Cycle 10%
28. Land Surface 9%
29. Primary Production 9%
30. Netherlands 9%
31. Finland 8%
32. Real Time 8%
33. Atmospheric Model 7%
34. Terrestrial Ecosystem 6%
35. Surface Water Hydrology 6%
36. Satellite Data 6%
37. Antarctic Region 6%
38. MOPITT 6%
39. Water Use Efficiency 6%
40. Biochemical Process 6%
41. Oxygen 18 6%
42. Ireland 6%
43. Soil Carbon 6%
44. Boreal Forest 6%
45. Physical Process 6%
46. Southern Ocean 6%
47. Dry Season 6%
48. Atmospheric Composition 5%
49. Northern Hemisphere 5%
50. Production Data 5%