Managing Impacts of Deep-seA reSource exploitation

Earth and Planetary Sciences

1. Deep Sea 100%
2. Impact 88%
3. Site 74%
4. Mining 70%
5. Observation 51%
6. Resource Exploitation 44%
7. Area 44%
8. Vortex 44%
9. Plume 44%
10. Sea Resource 44%
11. Connectivity 44%
12. Marine Protected Area 44%
13. Investigation 44%
14. Dissipation 44%
15. Ocean 44%
16. Implication 44%
17. Tide 40%
18. Environment 40%
19. Manganese Nodule 31%
20. Response 25%
21. Order 25%
22. Magnitude 25%
23. Turbulence 25%
24. Interest 22%
25. Variability 16%
26. United Kingdom 16%
27. Project 14%
28. Mineral 14%
29. Energy Resource 14%
30. Research Program 14%
31. Methane Hydrate 14%
32. Multidisciplinary Research 14%
33. Grant 14%
34. Crust 14%
35. Cobalt 14%
36. Sulfide 14%
37. Saddle 14%
38. Environmental Impact 14%
39. Rare Earth Element 14%
40. Measuring Instrument 14%
41. Lee Wave 14%
42. Benthic Boundary Layer 14%
43. Rate 14%
44. Mid-Ocean Ridge 14%
45. Average 14%
46. Circulation 14%
47. Amplitude 14%
48. Water 14%
49. Prediction 11%
50. Wind 11%
51. Sample 11%
52. Ability 11%
53. Mesoscale Eddy 11%
54. Harvesting 11%
55. Gradient 11%
56. Sponge 11%
57. Surface Wind 11%
58. In Situ 11%
59. Exploration 11%
60. Dating 11%
61. Resuspension 11%
62. Position (Location) 11%
63. Show 11%
64. Suspended Sediment 11%