Doerthe Tetzlaff

Earth and Planetary Sciences

1. Stable Isotope 100%
2. Transit Time 99%
3. Headwater 97%
4. Streamflow 85%
5. Scotland 61%
6. Soil Water 57%
7. Climate Change 56%
8. Vegetation 54%
9. Surface Water 51%
10. Water Isotopes 51%
11. Dissolved Organic Carbon 49%
12. Water Flux 43%
13. Water Storage 43%
14. Land Use 41%
15. Runoff 40%
16. Mountains 40%
17. Hillslope 38%
18. Time Series 36%
19. Snowmelt 34%
20. Ecohydrological Modeling 34%
21. Alkalinity 33%
22. Groundwater Recharge 32%
23. Peatland 32%
24. Germany 32%
25. Evapotranspiration 28%
26. Isotopic Composition 28%
27. Low Flow 28%
28. Agricultural Catchment 27%
29. Soil Moisture 26%
30. Travel Time 26%
31. Environmental Change 26%
32. Near-Surface Geology 25%
33. Hydrological Response 23%
34. Base Flow 23%
35. Hydrograph 23%
36. Fractionation 22%
37. River System 21%
38. Snowpack 20%
39. Deuterium 20%
40. Age Structure 20%
41. Riparian Zone 20%
42. Water Balance 19%
43. Temporal Variation 19%
44. Spawning 19%
45. Ecosystem Service 18%
46. Air Temperature 17%
47. Europe 15%
48. Spatial Variation 15%
49. Remote Sensing 15%
50. Grassland 15%