Earth and Planetary Sciences

1. Pyroclastic Flow 100%
2. Italy 88%
3. Magma 62%
4. Lava Dome 60%
5. Petrography 57%
6. Montserrat 53%
7. Igneous Rock 53%
8. Debris Avalanche 53%
9. Destabilization 48%
10. Andesite 40%
11. Clinopyroxene 40%
12. Degassing 40%
13. Density Current 40%
14. Sand Wave 40%
15. Magma Chamber 40%
16. Volcanic Island 35%
17. Mass Wasting 33%
18. Grain Size 32%
19. Emissions 31%
20. Morphology 31%
21. Phenocryst 26%
22. Olivine 26%
23. Decoupling 26%
24. Crystallinity 26%
25. Source Parameter 26%
26. Decision Making 26%
27. Sea Level 26%
28. Time Series Analysis 26%
29. Titanomagnetite 26%
30. State of the Art 26%
31. Remote Sensing 26%
32. Pressure Reduction 26%
33. Pyroxene 26%
34. Depositional Process 26%
35. Risk Reduction 26%
36. Stratovolcano 26%
37. Sedimentology 26%
38. Lithofacies 26%
39. Turbulent Flow 26%
40. Risk Management 26%
41. Risk Reduction 26%
42. Orthopyroxene 13%
43. Xenolith 13%
44. Thermobarometry 13%
45. Zonation 13%
46. Time Series 13%
47. Water Pressure 13%
48. Phonolite 13%
49. Borehole 13%
50. Tephra 10%