Department of Hydrology

Earth and Planetary Sciences

1. Denmark 100%
2. Climate Change 25%
3. Surface Water 24%
4. Transportation 24%
5. Evapotranspiration 21%
6. Climate Modeling 19%
7. Groundwater Models 19%
8. Hydrology Models 17%
9. Groundwater Flow 16%
10. Borehole 15%
11. Water Management 15%
12. Soil Moisture 15%
13. Groundwater Resources 14%
14. Hydrology 13%
15. Streamflow 12%
16. Nitrogen 12%
17. Climate Change Impact 12%
18. Water Framework Directive 12%
19. Groundwater Recharge 11%
20. Water Table 11%
21. Europe 11%
22. Water Balance 10%
23. Hydraulic Head 10%
24. Freshwater 10%
25. Geology 10%
26. Land Use 9%
27. Land Surface 9%
28. Machine Learning 9%
29. Groundwater Discharge 9%
30. Regional Climate 8%
31. Water Quality 8%
32. Remote Sensing 8%
33. China 8%
34. Groundwater 7%
35. Nitrate Reduction 7%
36. Aquatic Environment 7%
37. Potable Water 7%
38. Decision Making 7%
39. Denitrification 7%
40. Tracer 7%
41. Radioactive Tracer 7%
42. Hydraulic Conductivity 7%
43. Time Series 7%
44. Coastal Aquifer 6%
45. Water Supply 6%
46. Baltic Sea 6%
47. Rhizosphere 6%
48. Groundwater Abstraction 6%
49. Farmland 6%
50. Salinity 6%
51. Sandstone 5%
52. Numerical Modeling 5%
53. Spatial Resolution 5%
54. Quality Control 5%
55. Water Level 5%
56. Protective Atmosphere 5%
57. Holocene 5%
58. Quality Assurance 5%
59. Water Resources Development 5%
60. Saline Intrusion 5%
61. Numerical Model 5%
62. Data Assimilation 5%
63. Groundwater Management 5%
64. Limestone 5%