National Research Infrastructure

Earth and Planetary Sciences

1. Southern Ocean 100%
2. Ocean Models 54%
3. Ocean Circulation 45%
4. Global Ocean 41%
5. Antarctic Bottom Water 38%
6. Continental Shelf 33%
7. Timescale 29%
8. Continental Slope 28%
9. Dense Water 27%
10. Mesoscale Eddy 26%
11. Internal Wave 25%
12. Lee Wave 25%
13. Lithosphere 25%
14. Potential Energy 23%
15. Kinetic Energy 21%
16. Baroclinic Instability 21%
17. Ice Sheet 21%
18. Wind Forcing 21%
19. Water Mass 20%
20. Temperate Region 17%
21. Surface Wind 17%
22. Mixed Layer Depth 17%
23. Gravitational Field 17%
24. Bottom Water 16%
25. Wave Energy 16%
26. General Circulation Model 16%
27. Seasonality 16%
28. Mixed Layer 15%
29. Atmospherics 15%
30. Land Ice 14%
31. Laboratory Experiment 12%
32. Energy Conversion 12%
33. Tectonics 12%
34. Landscape Evolution 12%
35. Earth-Surface Processes 12%
36. Ocean Temperature 12%
37. Arctic Ocean 12%
38. Magnetotellurics 12%
39. Pycnocline 12%
40. Earth Science 12%
41. Decoupling 12%
42. Open Ocean 12%
43. Numerical Modeling 12%
44. Arc-Continent Collision 12%
45. Meltwater 12%
46. North America 12%
47. Bottom Friction 12%
48. Water Flow 12%
49. Geography 12%
50. Surface Wave 12%
51. Ocean Dynamics 12%
52. Cold Water 11%
53. Planetary Atmosphere 11%
54. Deep Water 10%
55. Advection 9%
56. Diffusivity 9%
57. Climate Modeling 9%
58. Global Climate 9%
59. Atmosphere-Ocean Coupling 8%
60. Miocene 8%
61. Colorado 8%
62. Oligocene 8%
63. Eocene 8%
64. Bottom Topography 6%
65. Flow Velocity 6%
66. Zonal Wind 6%
67. Time Series 6%
68. Diffraction 6%
69. North Pacific 6%
70. Numerical Model 6%
71. Wave Drag 6%
72. Antarctic Region 5%