嘉南高屏地區地震引致地下水文特性變化研究(II)

Keyphrases

1. Taiwan 93%
2. Earthquake 66%
3. Climate Change Impacts 66%
4. Groundwater Recharge 66%
5. Choushui River Alluvial Fan 66%
6. Hydrological Modeling 66%
7. Future Climate Change 66%
8. Groundwater 48%
9. Meinong Earthquake 40%
10. Climate Change 33%
11. Earthquake Hydrology 26%
12. Observational Data 26%
13. Earthquake-induced 26%
14. Multiple Earthquakes 13%
15. Groundwater Resources 13%
16. Epicenter Distance 13%
17. 2D Distribution 13%
18. High Density 13%
19. Sensitivity Analysis 13%
20. Observation Well 13%
21. Earthquake Mechanism 13%
22. Tidal Volume 13%
23. Strain Sensitivity 13%
24. Earthquake Intensity 13%
25. Volume Strain 13%
26. High-impact Journals 13%
27. Earthquake Events 13%
28. Integrated Observation 13%
29. Soil Liquefaction 13%
30. Soil Liquefaction Potential 13%
31. Change Characteristics 13%
32. Hydrogeological Properties 13%
33. Earthquake Magnitude 13%
34. Permeability Enhancement 13%
35. Strong-motion Station 13%
36. Tidal Analysis 13%
37. Groundwater Level Variation 13%
38. Aquifer System 13%
39. Strong Earthquake 13%
40. Primary Frameworks 8%
41. RCP4.5 Scenario 8%
42. Water Resources Policy 8%
43. SWAT-MODFLOW 8%
44. Multiple Scenarios 8%
45. Ecosystem Resilience 8%
46. Streamflow Discharge 8%
47. MIROC5 8%
48. Spatial Hotspots 8%
49. Watershed Response 8%
50. Human Resilience 8%
51. Choushui River 8%
52. Water Demand 8%
53. Efficiency Coefficient 8%
54. Impact Rate 8%
55. Water Resources 8%
56. MODFLOW Model 8%
57. Model Efficiency 8%
58. Future Climate Scenarios 8%
59. General Circulation Models 8%
60. Recharge Area 8%
61. Policy Making 8%
62. Guidepost 8%
63. Statistical Performance 8%
64. Potential Influence 8%
65. Sustainable Water Management 8%
66. Comprehensive Investigation 8%
67. RCP2.6 8%
68. Strong Correlation 8%
69. Sustainability Challenges 8%

Earth and Planetary Sciences

1. Taiwan 100%
2. Climate Change Impact 66%
3. Climate Change 66%
4. Alluvial Fan 66%
5. Hydrology Models 66%
6. Groundwater Recharge 66%
7. Earthquake Epicenter 66%
8. Impact of Climate Change on Groundwater Recharge 33%
9. Liquefaction 33%
10. Earthquake Intensity 16%
11. Earthquake Magnitude 16%
12. Earthquake Event 16%
13. Groundwater Resources 16%
14. Streamflow 11%
15. Environmental Impact Assessment 11%
16. General Circulation Model 11%
17. Water Resources Development 11%
18. Soil and Water Assessment Tool 11%
19. Water Resource 11%
20. Water Demand 11%
21. Underpinnings 11%