Impacts of more extreme climate on daily hydrological-atmospheric processes and implications for long-term water availability in the East River (Dongjiang) basin

Earth & Environmental Sciences

1. grassland 100%
2. belowground biomass 79%
3. aridity 72%
4. climate 65%
5. aboveground biomass 64%
6. productivity 59%
7. temporal variation 50%
8. biodiversity 50%
9. soil moisture 49%
10. atmospheric process 49%
11. water availability 47%
12. species richness 38%
13. ecosystem 36%
14. biomass allocation 35%
15. ecoregion 30%
16. partitioning 29%
17. savanna 27%
18. river basin 26%
19. experiment 23%
20. ecosystem resilience 21%
21. steppe 17%
22. drying 16%
23. biomass 15%
24. growing season 15%
25. water reservoir 14%
26. effect 14%
27. water storage 13%
28. covariance analysis 13%
29. cold 12%
30. vegetation 12%
31. atmosphere 11%
32. climate change 10%
33. grassland ecosystem 10%
34. water resource 10%
35. El Nino-Southern Oscillation 9%
36. runoff 9%
37. sustainable management 9%
38. water resources development 8%
39. soil 8%
40. city 7%
41. plant community 7%
42. atmospheric model 7%
43. climate change impact 6%
44. water demand 6%
45. evapotranspiration 6%
46. economic growth 6%
47. water resources management 6%
48. index 6%
49. potential evapotranspiration 6%
50. perturbation 5%
51. North Africa 5%
52. state of the art 5%
53. global warming 5%
54. monsoon 5%
55. long-term trend 5%
56. water supply 5%
57. disturbance 5%