花蓮米崙斷層地下水整合觀測與斷層活動機制探討

Keyphrases

1. Taiwan 65%
2. Hualien 50%
3. Groundwater Recharge 50%
4. Hydrological Modeling 50%
5. Future Climate Change 50%
6. Climate Change Impacts 50%
7. Choushui River Alluvial Fan 50%
8. Climate Change 25%
9. Groundwater Level Change 20%
10. Groundwater Level 15%
11. Milun Fault 15%
12. Observation System 15%
13. Coseismic 15%
14. Seismic Waves 10%
15. Earthquake 10%
16. High-resolution 10%
17. Groundwater Observation 10%
18. Water Pressure 10%
19. Pressure Gauge 10%
20. Grating 10%
21. Thermometer 10%
22. Primary Frameworks 6%
23. RCP4.5 Scenario 6%
24. Water Resources Policy 6%
25. SWAT-MODFLOW 6%
26. Multiple Scenarios 6%
27. Ecosystem Resilience 6%
28. Streamflow Discharge 6%
29. MIROC5 6%
30. Spatial Hotspots 6%
31. Watershed Response 6%
32. Human Resilience 6%
33. Efficiency Coefficient 6%
34. Impact Rate 6%
35. Model Efficiency 6%
36. General Circulation Models 6%
37. Recharge Area 6%
38. Guidepost 6%
39. Statistical Performance 6%
40. Sustainable Water Management 6%
41. Comprehensive Investigation 6%
42. RCP2.6 6%
43. Sustainability Challenges 6%
44. Choushui River 6%
45. Water Demand 6%
46. Water Resources 6%
47. MODFLOW Model 6%
48. Future Climate Scenarios 6%
49. Groundwater 6%
50. Policy Making 6%
51. Potential Influence 6%
52. Strong Correlation 6%
53. Mountainous Areas 5%
54. Fault Zone 5%
55. Water Gas 5%
56. Observation Well 5%
57. Hypocentral Distance 5%
58. Experiment Research 5%
59. Cable 5%
60. Adjacent Areas 5%
61. Severe Damage 5%
62. Earthquake Events 5%
63. Integrated Observation 5%
64. Open Systems 5%
65. Hualien Earthquake 5%
66. Calculation Program 5%
67. Oscillation 5%
68. MIDAS 5%
69. Sampled-data Systems 5%
70. High-frequency Characteristics 5%
71. Earthquake Magnitude 5%
72. Co-seismic Response 5%
73. High-frequency Waves 5%
74. Step-like 5%
75. Equipment Damage 5%
76. Seismic Activity 5%
77. Spatial Sensitivity Analysis 5%
78. Academia Sinica 5%
79. Geochemical Sampling 5%
80. Integration Research 5%
81. Earthquake Precursor 5%
82. Gas Analysis System 5%
83. Step Change 5%
84. Observational Data 5%
85. Aquifer System 5%
86. Groundwater Level Decline 5%
87. Fault System 5%
88. Precursor Signals 5%
89. Water Bodies 5%
90. Spatial Distribution Map 5%
91. Seismic Observation 5%

Earth and Planetary Sciences

1. Taiwan 100%
2. Climate Change Impact 50%
3. Climate Change 50%
4. Alluvial Fan 50%
5. Hydrology Models 50%
6. Groundwater Recharge 50%
7. Pressure Gage 33%
8. Water Pressure 33%
9. Seismic Wave 33%
10. Impact of Climate Change on Groundwater Recharge 25%
11. Gas Analysis 16%
12. Mountainous Area 16%
13. Spatial Distribution 16%
14. Earthquake Magnitude 16%
15. Seismic Activity 16%
16. Water Body 16%
17. Earthquake Precursor 16%
18. Earthquake Event 16%
19. Fault Zone 16%
20. Streamflow 8%
21. Environmental Impact Assessment 8%
22. General Circulation Model 8%
23. Water Resources Development 8%
24. Soil and Water Assessment Tool 8%
25. Water Resource 8%
26. Water Demand 8%
27. Underpinnings 8%