INFEWST1: Linking Current and Future Hydrologic Change to Hydropower Human Nutrition and Livelihoods in the Lower Mekong Basin

Earth & Environmental Sciences

1. nutrition 100%
2. livelihood 94%
3. insect 57%
4. dam 55%
5. basin 48%
6. river 47%
7. canyon 41%
8. food web 40%
9. project 35%
10. rice 32%
11. ecosystem 28%
12. bug 24%
13. infiltration 20%
14. river basin 18%
15. student 15%
16. fish 14%
17. competitiveness 14%
18. ecosystem process 13%
19. research center 12%
20. food 12%
21. nutrient 11%
22. effect 11%
23. floodplain 11%
24. hydrology 10%
25. fishery 9%
26. stakeholder 9%
27. inland fishery 9%
28. market 8%
29. research of the effects 8%
30. water resources development 7%
31. riparian forest 7%
32. human well-being 7%
33. analytical framework 7%
34. catch per unit effort 7%
35. spider 7%
36. riparian zone 7%
37. field method 7%
38. goods and services 7%
39. pollutant 7%
40. curriculum 7%
41. lizard 7%
42. best management practice 7%
43. summer 7%
44. CMIP 6%
45. biogeochemistry 6%
46. climate 6%
47. energy demand 6%
48. intertidal environment 6%
49. food production 6%
50. rodent 6%
51. program 6%
52. river discharge 6%
53. monitoring 6%
54. development model 6%
55. climate change impact 6%
56. office 6%
57. low flow 6%
58. geological survey 6%
59. energy 5%
60. research and development 5%
61. resource management 5%
62. genetic algorithm 5%
63. aid 5%
64. egg 5%
65. energetics 5%
66. streamflow 5%
67. evapotranspiration 5%
68. economic development 5%
69. shoreline 5%
70. logistics 5%
71. land surface 5%
72. wildlife 5%
73. predator 5%
74. environmental change 5%
75. connectivity 5%
76. stable isotope 5%
77. modeling 5%
78. alga 5%
79. monsoon 5%
80. data analysis 5%