Dorothee Hippler

Earth and Planetary Sciences

1. Aragonite 38%
2. Atmospheric Circulation 32%
3. Basalt 19%
4. Bicarbonate 64%
5. Calcite 100%
6. Calcium Phosphate 36%
7. Condition 19%
8. Corrosion 32%
9. Crust 32%
10. Crystal Growth 32%
11. Crystallization 12%
12. Dolomite 69%
13. Dust 32%
14. Energy Production 32%
15. Environmental Condition 35%
16. Fluid Flow 16%
17. Fluorophlogopite 32%
18. Fraction 22%
19. Geochemistry 32%
20. Geodynamics 21%
21. Geothermal Energy 32%
22. Growth Rate 16%
23. Hercynian Orogeny 32%
24. Ice Core 64%
25. Illite 32%
26. In Situ 32%
27. Investigation 33%
28. Isotopic Analysis 34%
29. Last Glacial 32%
30. Minerals 16%
31. Nucleation 32%
32. Ocean Acidification 16%
33. Organic Carbon 19%
34. Phosphorite 32%
35. Raman Spectroscopy 32%
36. Rare Earth Element 12%
37. Record 35%
38. Reference Material 32%
39. Reworking 32%
40. Rim 12%
41. Rock 19%
42. Sea Water 32%
43. Show 13%
44. Sponge 32%
45. Stable 32%
46. Strontium 90 32%
47. Subduction 16%
48. Temperature 29%
49. Time 16%
50. Transform 16%