Nature-based solutions for hydro-environmental engineering: Coupling vegetation hydrodynamics with sedimentary nutrient processes

Earth and Planetary Sciences

1. Vegetation 100%
2. Flow Resistance 63%
3. Condition 61%
4. Flood Plain 56%
5. Investigation 46%
6. Riparian Vegetation 32%
7. Leaf Area Index 29%
8. River Flow 29%
9. Experiment 29%
10. Plant 28%
11. Field Scale 25%
12. Model 22%
13. Dredging 19%
14. Flow Velocity 19%
15. Speed 18%
16. Comparison 18%
17. Suspended Sediment 18%
18. Addressing 17%
19. Time 17%
20. Experience 17%
21. Water Management 14%
22. Maintenance 14%
23. Mixture 14%
24. Policy 14%
25. Recommendation 14%
26. Wake 14%
27. Experimentation 14%
28. Prediction 13%
29. Hydrodynamics 12%
30. Flexibility 11%
31. Cost 11%
32. Height 11%
33. Estimating 10%
34. Foliage 10%
35. Topsoil 10%
36. Value 9%
37. Drag 9%
38. Residence Time 8%
39. Phosphorus 7%
40. Biodiversity 7%
41. Site 7%
42. Bed 7%
43. Runoff 7%
44. Literature 7%
45. Increasing 7%
46. Momentum 7%
47. Coefficient 7%
48. Grass 7%
49. Foci 6%
50. Position (Location) 6%
51. Spatial Distribution 6%
52. Ditch 6%
53. Slope 5%
54. Impact 5%
55. Difference 5%
56. Contrast 5%
57. Utilization 5%
58. Pressure Sensor 5%
59. Friction 5%
60. Accuracy 5%
61. Datum 5%
62. Implication 5%