桃園台地都會與海岸帶關鍵區之時空特徵跨域鏈結研究-桃園台地都會與海岸帶關鍵區之時空特徵跨域鏈結研究(總計畫)

Keyphrases

1. Tableland 83%
2. Groundwater Vulnerability 83%
3. Taoyuan 74%
4. MODFLOW Model 62%
5. Coastal Area 46%
6. Groundwater Vulnerability Mapping 41%
7. Pingtung Plain 41%
8. Groundwater Basin 41%
9. Groundwater Vulnerability Map 41%
10. DRASTIC Method 41%
11. Critical Zone 37%
12. Heat Interaction 37%
13. Water Allocation 37%
14. Water Interaction 27%
15. Geological Parameters 20%
16. Vulnerability Classification 20%
17. Depth-to-water 20%
18. Spatial Intensity 20%
19. Flow Field 20%
20. Analytical Hierarchy Process 20%
21. Parameter Change 20%
22. Potential Risk 20%
23. Information Uncertainty 20%
24. Parameter Uncertainty 20%
25. Process Technique 20%
26. Practical Implementation 20%
27. Stress Change 20%
28. Index Overlay 20%
29. Uncertainty Sources 20%
30. Groundwater Vulnerability Assessment 20%
31. Groundwater Contamination 20%
32. Southern Taiwan 20%
33. DRASTIC Model 20%
34. Hydraulic Conductivity 20%
35. Aquifer System 20%
36. Stochastic Approach 20%
37. Spatial Distribution 20%
38. Physical-based 20%
39. Climate Variation 18%
40. Heat Transport 18%
41. Land Surface Water 18%
42. Landscape Evolution 18%
43. Mass Transport 18%
44. Mass Interaction 18%
45. Water Transport 18%
46. Land Processes 18%
47. Land Use Change 18%
48. Model Validation 9%
49. Hydrology 9%
50. Irrigation Pond 9%
51. Water Exchange 9%
52. Land Environment 9%
53. Sediment Deposition 9%
54. Irrigation 9%
55. Integrated Project 9%
56. Landscape Diversity 9%
57. Deformation Front 9%
58. Transdisciplinary Research 9%
59. Surface Water Interaction 9%
60. Landscape Regions 9%
61. River Basin 9%
62. Surface Water Masses 9%
63. Experiment Validation 9%
64. Land Use Dynamics 9%
65. Domestic Water 9%
66. Task-irrelevant 9%
67. Resource Allocation 9%
68. Landscape Characteristics 9%
69. Reservoir Outflow 9%
70. Land Use Intensity 9%
71. Mass Exchange 9%
72. Water Masses 9%
73. Issue 1 9%
74. Mass Dynamics 9%
75. Water Environment 9%
76. Intensively Managed Landscapes 9%
77. Historical Land Use 9%
78. Meteorological Variability 9%
79. Sediment Erosion 9%
80. Future Land Use 9%
81. Watershed Characteristics 9%
82. Taiwan 9%
83. Modified Landscapes 9%
84. Shallow Aquifer 9%
85. Experiment Technique 9%
86. Surface Dynamics 9%
87. Characteristic 2 9%
88. Land Use Allocation 9%
89. Climate Extremes 9%
90. Land Use Effects 9%
91. Spatiotemporal Variation 9%
92. Critical Zone Observatory 9%
93. Basin Water 9%
94. Modeling Techniques 9%
95. Water Consumption 9%
96. Heat Exchange 9%
97. Observatory 9%
98. Geomorphology 9%
99. Interaction Process 9%
100. Water Dynamics 9%
101. Extreme Weather 9%
102. Land Use 9%
103. Air Interface 9%
104. Hydrological Characteristics 9%
105. Human Activities 9%
106. Monitoring Test 9%
107. Monitoring Model 9%
108. Economic Prosperity 9%

Earth and Planetary Sciences

1. Taiwan 100%
2. Analytical Hierarchy Process 83%
3. Coastal Region 83%
4. Groundwater Vulnerability Assessment 83%
5. Flow Distribution 83%
6. Spatial Distribution 83%
7. Groundwater Contamination 83%
8. Hydraulic Conductivity 83%
9. Land Use 66%
10. Land Use Change 33%
11. Water Interaction 33%
12. Climate Variation 33%
13. Landscape Evolution 33%
14. Observatory 33%
15. Mass Transport 33%
16. Geology 16%
17. Surface Water 16%
18. Atmospherics 16%
19. Resource Allocation 16%
20. Water Usage 16%
21. Temporal Variation 16%
22. Geomorphological Response 16%
23. Near-Surface Geology 16%
24. Land Surface 16%
25. Model Validation 16%