地層下陷先進監測分析技術及管理策略整合研究-地層下陷先進監測分析技術及管理策略整合研究(I)

Keyphrases

1. Taiwan 98%
2. Groundwater Level 96%
3. Spatial-temporal Interaction 64%
4. Groundwater Basin 64%
5. Choushui River 64%
6. Groundwater 64%
7. Data-driven Approach 64%
8. Groundwater Recharge 38%
9. Correlation Analysis 38%
10. Aquifer System 34%
11. Management Strategy 32%
12. Innovative Monitoring 32%
13. Technology Strategy 32%
14. Monitoring Analysis 32%
15. Land Subsidence 32%
16. Taoyuan 32%
17. Coastal Aquifer 32%
18. Systems-based 32%
19. Physicochemical Parameters 32%
20. Arsenic 32%
21. Heavy Metal Concentration 32%
22. Heavy Metals 32%
23. Shallow Aquifer 32%
24. Machine Learning Techniques 32%
25. Spatial Distribution 32%
26. Recharge 25%
27. Prediction Accuracy 18%
28. Modeling Techniques 18%
29. Integrated Assessment Framework 16%
30. Selection Uncertainty 16%
31. Model Interpretability 16%
32. Heavy Metals in Groundwater 16%
33. Nutrient Distribution 16%
34. Water Parameters 16%
35. Fast Modeling 16%
36. Four-step Model 16%
37. Feature Selection 16%
38. Time Work 16%
39. Random Forest 16%
40. Manganese 16%
41. Model Selection Uncertainty 16%
42. Pollution Episodes 16%
43. Laboratory Work 16%
44. Sampling Process 16%
45. Iron-manganese 16%
46. Analytical Process 16%
47. Explainability 16%
48. Effective Feature 16%
49. Predictive Models 16%
50. Groundwater Fluctuation 16%
51. Effective Model 16%
52. Artificial Intelligence Algorithm 16%
53. Modeling Process 16%
54. Model Performance 16%
55. Predictive Uncertainty 16%
56. Water Samples 16%
57. Precipitation Station 12%
58. Correlation Evaluation 12%
59. Multidimensional Data Processing 12%
60. Regression Kriging 12%
61. Weir Operation 12%
62. Residual Interpolation 12%
63. Mountain Pass 12%
64. Drainage Network 12%
65. Lowland 12%
66. Event-based 12%
67. Interpolation Method 12%
68. Root Mean Square Error 12%
69. Multicollinearity Problem 12%
70. Kriging 12%
71. Precipitation Data 12%
72. Mean Annual Precipitation 12%
73. On-site Observation 12%
74. Spatial Resolution 12%
75. Pumping Activity 12%
76. High Correlation 12%
77. Western Taiwan 12%
78. Groundwater Water 12%
79. Surface Water Interaction 12%
80. Basin Scale 12%
81. Recharge Estimation 12%
82. Processing Stages 12%
83. Precipitation Levels 12%
84. Normalized Root Mean Square 12%
85. Groundwater System 12%
86. Land Surface 12%
87. Surface Elevation 12%
88. Geostatistical Interpolation 12%
89. Temporal Resolution 12%
90. Accurate Assessment 12%
91. Correlation Coefficient 12%
92. Groundwater Level Variation 12%
93. Land Area 12%
94. River Network 12%
95. Ordinary Kriging 12%
96. Subsidence Area 9%
97. Tidal Signal 8%
98. Tidal Oscillations 8%
99. Field Monitoring Data 8%
100. Wave-induced 8%
101. Phase-lag 8%
102. Multi-constituent 8%
103. Hukou 8%
104. Fast Fourier Transform Analysis 8%
105. Tidal Wave 8%
106. Frequency Analysis 8%
107. Coastal Area 8%
108. Ocean Tides 8%
109. Groundwater Level Change 8%
110. Tidal Effect 8%
111. Fluctuation Amplitude 8%
112. Semidiurnal Tide 8%

Earth and Planetary Sciences

1. Taiwan 100%
2. Kriging 64%
3. Groundwater Recharge 42%
4. Machine Learning 32%
5. Subsidence 32%
6. Heavy Metal 32%
7. Coastal Aquifer 32%
8. Surface Water 21%
9. Water Interaction 21%
10. Drainage Network 21%
11. Interpolation 21%
12. Root-Mean-Square Error 21%
13. Land Surface 21%
14. Correlation Coefficient 21%
15. Data Transmission 21%
16. Monitoring Data 17%
17. Tidal Wave 16%
18. Semidiurnal Tide 16%
19. Ocean Tide 16%
20. Coastal Region 16%
21. Frequency Analysis 16%
22. Spatial Distribution 16%
23. Salinity 8%
24. Water Sampling 8%
25. Artificial Intelligence 8%