嘉南高屏地區地震引致地下水文特性變化研究

Keyphrases

1. Groundwater 100%
2. Taiwan 66%
3. Climate Change Impacts 66%
4. Groundwater Recharge 66%
5. Groundwater System 53%
6. Climate Change 40%
7. Hydrological Variability 33%
8. Earthquake 33%
9. Groundwater Resources 32%
10. Assessment Results 26%
11. Climate Scenarios 26%
12. Baseflow 26%
13. Groundwater Level 22%
14. High Sampling Frequency 16%
15. Possible Mechanisms 16%
16. Kaohsiung 16%
17. Seismicity 16%
18. Meinong Earthquake 16%
19. Regression Equation 13%
20. Water Resources 13%
21. River Gauge 13%
22. Change Point Estimation 13%
23. Strategy Development 13%
24. Historical Data 13%
25. Main River 13%
26. Recharge Estimation 13%
27. Historical Scenario 13%
28. Climate Conditions 13%
29. Gauging Stations 13%
30. Recharge Rate 13%
31. Rainfall Recharge 13%
32. Groundwater Resources Management 13%
33. Multiple Earthquakes 11%
34. Hydrology 11%
35. Spatial Sensitivity 11%
36. Sensitivity Analysis 5%
37. Observation Well 5%
38. Tide Analysis 5%
39. Groundwater Pressure 5%
40. Earthquake Hydrology 5%
41. Earthquake Mechanism 5%
42. Indicator Kriging 5%
43. Earthquake Investigation 5%
44. Liquefaction Potential 5%
45. Data Accuracy 5%
46. Hydrological Analysis 5%
47. Kriging 5%
48. Analysis Sensitivity 5%
49. Meinong 5%
50. Taiwan Earthquake 5%
51. Groundwater Hydrology 5%
52. Seismometer 5%
53. Hydraulic Properties 5%
54. Earth Tides 5%
55. First Year 5%
56. Groundwater Level Variation 5%
57. Observational Data 5%
58. Spatial Distribution 5%
59. Yutian Earthquake 5%
60. Vicinal 5%
61. Resource Investigation 5%

Earth and Planetary Sciences

1. Taiwan 77%
2. Impact of Climate Change on Groundwater Recharge 66%
3. Climate Change 66%
4. Groundwater Resources 51%
5. Groundwater Recharge 40%
6. Seismicity 33%
7. Climate Change Impact 26%
8. Base Flow 26%
9. Water Resource 13%
10. Climate Condition 13%
11. Spatial Distribution 11%
12. Kriging 11%
13. Earth Tide 11%
14. Liquefaction 11%
15. Hydraulic Property 11%
16. Seismographs 11%