序率孔彈性理論之發展與地層下陷研究之應用(3/3)

Keyphrases

1. Taiwan 98%
2. Land Subsidence 76%
3. Groundwater 57%
4. Stochastic Simulation 38%
5. Thermal-hydraulics 38%
6. Climate Change Impacts 38%
7. Groundwater Recharge 38%
8. Mechanical Model 38%
9. Cross-interaction 38%
10. Coupled Thermal 38%
11. Thermo-hydro-mechanical 38%
12. Groundwater Extraction 38%
13. Pingtung Plain 38%
14. Tectonic Activity 38%
15. Groundwater Flow 38%
16. Groundwater System 30%
17. Pore Water Pressure 28%
18. Climate Change 23%
19. Subsidence Modeling 19%
20. Data Sufficiency 19%
21. Thermal Effect 19%
22. Temperature Variation 19%
23. Mechanical Systems 19%
24. Geological Model Uncertainty 19%
25. Geological Model 19%
26. Global Positioning System 19%
27. Vertical Deformation 19%
28. Hydrogeological Model 19%
29. Over-pumping 19%
30. Assessment Results 17%
31. Conceptual Model 16%
32. Groundwater Resources 15%
33. Climate Scenarios 15%
34. Baseflow 15%
35. Compaction 12%
36. Monitoring Well 12%
37. Groundwater Pumping 12%
38. Compaction Monitoring 12%
39. Geological Knowledge 10%
40. Borehole 10%
41. Multi-physical Field 9%
42. Thermo-poroelasticity 9%
43. Statistical Moment Analysis 9%
44. Perturbation Source 9%
45. Hydraulic Effect 9%
46. Pore Water 9%
47. Near-field 9%
48. Water Displacement 9%
49. Host Rock 9%
50. Mechanical Effect 9%
51. Domain of Interest 9%
52. Pressure-induced 9%
53. Mechanical Properties 9%
54. Porous Space 9%
55. Stochastic Analysis 9%
56. Spatio 9%
57. Size Scaling 9%
58. Stable Conditions 9%
59. Nuclear Waste Repository 9%
60. Coefficient of Thermal Expansion 9%
61. Buffer Material 9%
62. Geophysical Data 8%
63. Regression Equation 7%
64. Water Resources 7%
65. River Gauge 7%
66. Change Point Estimation 7%
67. Strategy Development 7%
68. Historical Data 7%
69. Main River 7%
70. Recharge Estimation 7%
71. Historical Scenario 7%
72. Climate Conditions 7%
73. Gauging Stations 7%
74. Recharge Rate 7%
75. Rainfall Recharge 7%
76. Groundwater Resources Management 7%
77. Convergent Boundary 6%
78. Tectonics Studies 6%
79. Vertical Displacement 6%
80. High Correlation 6%
81. Active Area 6%
82. Philippine Sea Plate 6%
83. Shallow Depth 6%
84. Earth Surface 6%
85. Groundwater Management 6%
86. Tectonics 6%
87. Subsidence 6%
88. Coastal Plain 6%
89. Extrusion Tectonics 6%
90. Taiwan Orogen 6%
91. Ping 6%
92. Study Management 6%
93. Groundwater Observation 6%
94. Tectonic Escape 6%
95. Regional Tectonics 6%
96. Observation Well 6%
97. Aquaculture 6%
98. Tectonic Deformation 6%
99. Eurasian Plate 6%
100. Correlation Coefficient 6%
101. Model Uncertainty 6%
102. Coefficient of Variation 6%
103. Numerical Model 5%

Earth and Planetary Sciences

1. Taiwan 100%
2. Subsidence 76%
3. Groundwater Flow 38%
4. Impact of Climate Change on Groundwater Recharge 38%
5. Climate Change 38%
6. Porewater 38%
7. Groundwater Extraction 38%
8. Tectonics 38%
9. Water Pressure 28%
10. Borehole 23%
11. Groundwater Recharge 23%
12. Groundwater Resources 23%
13. Climate Change Impact 15%
14. Base Flow 15%
15. Global Positioning System 12%
16. Distribution Moment 9%
17. Host Rock 9%
18. Porosity 9%
19. Radioactive Waste 9%
20. Thermal Expansion 9%
21. Numerical Model 7%
22. Water Resource 7%
23. Climate Condition 7%