Philipp Marr

Earth and Planetary Sciences

1. Landform 100%
2. Holocene 91%
3. Age Dating 56%
4. Morphodynamics 53%
5. Observatory 50%
6. Climate Variation 37%
7. Slope Failure 31%
8. Nunataks 28%
9. Chemical Weathering 25%
10. X-Ray Fluorescence Spectroscopy 25%
11. Grain Size 25%
12. X Ray Diffraction 25%
13. Lichenometry 25%
14. Granulometry 25%
15. Monitoring System 25%
16. Global Climate 25%
17. Mountain Glacier 25%
18. Temporal Analysis 25%
19. Natural Hazard 20%
20. Hypsithermal 20%
21. Slope Stability 19%
22. Periglacial Landform 15%
23. Deglaciation 13%
24. Alluvial Fan 13%
25. Nonuniformity 12%
26. Hazard Management 12%
27. Landform Evolution 10%
28. Last Glacial Maximum 9%
29. Land Use Planning 8%
30. Risk Reduction 8%
31. Anthropogenic Effect 8%
32. Socioeconomic Impact 8%
33. Temporal Evolution 8%
34. Geological Hazard 8%
35. Time Domain Reflectometry 8%
36. Frequency Distribution 7%
37. Aggradation 6%
38. Mountain Region 6%
39. Glacier Retreat 6%
40. Natural Risk 6%