Centro de Investigación y Tecnología del Agua - CITA

Earth and Planetary Sciences

1. Peru 100%
2. Amazon 57%
3. Numerical Model 36%
4. Dredging 32%
5. Remote Sensing 31%
6. Waterway 28%
7. Morphodynamics 28%
8. Hydrogeomorphology 28%
9. Secondary Flow 24%
10. Regional Geography 22%
11. Earth Surface Sediment Transport 17%
12. Field Scale 16%
13. Peak Flow 16%
14. Suspended Sediment 14%
15. Soil Moisture 14%
16. Satellite Image 14%
17. Lake Water 14%
18. Altimetry 14%
19. Radar Altimetry 14%
20. California 14%
21. Water Storage 14%
22. Wastewater-Based Epidemiology 14%
23. Ribonucleic Acid 14%
24. Streamflow 14%
25. Urban Population 14%
26. Risk Management 14%
27. Machine Learning 14%
28. Water Balance 14%
29. Southern Oscillation 14%
30. Regulatory Framework 14%
31. Water Body 14%
32. Environmental Monitoring 14%
33. Risk Perception 14%
34. Mudflow 14%
35. El Nino-Southern Oscillation 11%
36. Climate Variation 11%
37. Bathymeter 9%
38. Shallow Water 9%
39. River Dynamics 9%
40. Environmental Impact Study 9%
41. Potable Water 9%
42. Advanced Oxidation Process 9%
43. Suspended Load 9%
44. Aggradation 9%
45. Progradation 9%
46. South America 8%
47. Correlation Coefficient 8%
48. Flash Flood 7%
49. Spatial Aggregation 7%
50. Boundary Condition 7%
51. MODIS 7%
52. Urban Sprawl 7%
53. Bare Soil 7%
54. Land Use Planning 7%
55. Normalized Difference Vegetation Index 7%
56. Reconnaissance 7%
57. Hydrograph 7%
58. Urban Settlement 7%
59. Urban Growth 7%
60. Urban Development 7%
61. Built-Up Area 7%
62. Bedform 7%
63. Ichthyofauna 7%
64. Oxbow Lake 7%
65. Primary Forest 7%
66. Climate Change 7%
67. Surface Water 7%
68. United States of America 7%
69. Hydraulic Engineering 7%
70. Environmental Factor 7%
71. Storm 7%
72. Water Availability 7%
73. Remote Sensing Product 7%
74. Downscaling 5%