Predicting secular changes in arsenic hazard in circum-Himalayan groundwaters.

Earth and Planetary Sciences

1. Cambodia 100%
2. Southeast Asia 38%
3. Tritium 24%
4. Organic Matter 24%
5. Holocene 21%
6. Surface Water 21%
7. Organic Carbon 21%
8. Stable Isotope 16%
9. Preferential Flow 16%
10. Groundwater Abstraction 16%
11. Dissolved Organic Carbon 16%
12. East Asia 11%
13. Groundwater Flow 11%
14. Sorption 10%
15. Inorganic Carbon 10%
16. Spatial Distribution 10%
17. Groundwater Recharge 10%
18. Mixing Ratio 10%
19. Fluorescence Spectroscopy 10%
20. Tomography 10%
21. Geomorphological Response 10%
22. Aqueous Geochemistry 10%
23. Microbial Community 10%
24. Biogeochemistry 10%
25. Nitrite 10%
26. Land Use 10%
27. Earth Science 10%
28. Tectonics 10%
29. Dissolved Oxygen 10%
30. Water Body 10%
31. Flow Velocity 9%
32. Petrography 8%
33. Water Supply 7%
34. Methane 6%
35. Tryptophan 6%
36. Groundwater Chemistry 5%
37. Rare Gas 5%
38. Water Resource 5%
39. Groundwater Models 5%
40. Desorption 5%
41. Stable Isotope 5%
42. Shoreline 5%
43. Meteoric Water 5%
44. Spatial Variation 5%
45. Urban Planning 5%
46. Temporal Variation 5%
47. Borehole 5%
48. Conceptual Framework 5%