D.L. Egholm

Earth and Planetary Sciences

1. Erosion Rate 100%
2. Nuclides 93%
3. Ice Sheet 76%
4. Landscape Evolution 70%
5. Glacial Erosion 65%
6. Greenland 63%
7. Discrete Element Method 63%
8. Ice Flow 52%
9. Numerical Model 47%
10. Trough 45%
11. Pleistocene 38%
12. Granular Material 36%
13. Glacial Landscape 34%
14. Earth-Surface Processes 32%
15. Ice Stream 32%
16. Water Pressure 32%
17. Numerical Modeling 32%
18. Mountain Range 27%
19. Porewater 27%
20. Meltwater 27%
21. Rheology 27%
22. Holocene 27%
23. Earth Surface Sediment Transport 26%
24. Late Cretaceous 24%
25. Tectonics 23%
26. Sea Level 23%
27. Climate Change 22%
28. North Sea 21%
29. Periglacial Process 21%
30. Nepal 21%
31. Last Glacial Maximum 21%
32. Shear Zone 21%
33. Himalayas 21%
34. Fluid Dynamics 21%
35. Paleocene 21%
36. Valley Glacier 21%
37. Ice Cover 20%
38. Late Pleistocene 20%
39. Flow Velocity 19%
40. Strain Rate 19%
41. Regolith 19%
42. Equilibrium Line 19%
43. Deglaciation 18%
44. Boundary Condition 17%
45. Denudation 17%
46. Spatial Variation 17%
47. Paleoclimate 16%
48. Stick-Slip 16%
49. Porosity 16%
50. Lithosphere 15%