Insight into Submarine Landslide Flow Behavior from Particle Size Analysis and 3D Seismic, Site C0021, IODP Expedition 338

Earth and Planetary Sciences

1. Approach 8%
2. Area 8%
3. Bed 16%
4. Behavior 100%
5. Bulk Density 8%
6. Cartography 25%
7. Characterization 8%
8. Chute 41%
9. Condition 8%
10. Congressional Report 8%
11. Core 8%
12. Correlation 16%
13. Datum 41%
14. Deformation 8%
15. Deposit 25%
16. Document 16%
17. Experience 8%
18. Factor Analysis 8%
19. Failure 25%
20. Fault 16%
21. Geometry 8%
22. Grain Size 50%
23. Gulf of Mexico 8%
24. Hazard 8%
25. Interval 8%
26. Investigation 16%
27. Kentucky 8%
28. Kinematics 8%
29. Knowledge 8%
30. Laboratory Experiment 8%
31. Landslide 100%
32. Lithology 8%
33. Magnitude 16%
34. Margin 8%
35. Mass Transfer 8%
36. Moisture 8%
37. Moisture Content 8%
38. Occurrence 8%
39. Particle Size 100%
40. Particle Size Distribution 8%
41. Petrography 8%
42. Physical Exercise 8%
43. Porosity 8%
44. Project 16%
45. Proposal 8%
46. Ratio 8%
47. Regional Structure 8%
48. Report 8%
49. Research 8%
50. Rock 8%
51. Rock Property 16%
52. Sand 8%
53. Scientist 8%
54. Sediment 25%
55. Seismic Data 16%
56. Shear Strength 25%
57. Site 100%
58. Size 8%
59. Size Distribution 25%
60. Slope 33%
61. Structural Basin 8%
62. Student 8%
63. Tectonics 8%
64. Thickness 16%
65. Tsunami 16%
66. University 8%
67. Variation 8%