尖端地層下陷防治技術整合研究-尖端地層下陷防治技術整合研究(3/4)

Keyphrases

1. Land Subsidence 100%
2. Subsidence Mechanisms 66%
3. Groundwater Salinity 66%
4. Groundwater Basin 50%
5. Choushui River 50%
6. Management Strategy 33%
7. Monitoring Method 33%
8. Management Operations 16%
9. Management Efficiency 16%
10. Monitoring Analysis 16%
11. Simulation Model 16%
12. Taiwan 16%
13. Water Resources 16%
14. Sustainable Development 16%
15. Site-specific Data 16%
16. Economic Affairs 16%
17. Salinity Dynamics 16%
18. Scale Verification 16%
19. Yunlin County 16%
20. Environmental Data 16%
21. Scientific Verification 16%
22. Scaling Test 16%
23. Ministry of Science 16%
24. Subsidence Area 16%
25. Task Focus 16%
26. Natural Sciences 16%
27. Development of Science 16%
28. Subsidence Management 16%
29. Study Review 16%
30. Choushui River Alluvial Fan 16%
31. Changhua County 16%
32. First Year 16%
33. Subsidence 16%
34. Cooperation Agreements 16%
35. Advanced Technologies 16%
36. Groundwater Environment 16%
37. Monitoring Technology 16%
38. Monitoring Model 16%
39. Environmental Factors 16%
40. Seawater Intrusion 16%

Earth and Planetary Sciences

1. Subsidence 100%
2. Salinity 50%
3. Monitoring Technique 25%
4. Field Scale 25%
5. Taiwan 12%
6. Environmental Impact Assessment 12%
7. Science and Technology 12%
8. Alluvial Fan 12%
9. Laboratory Scale 12%
10. Natural Science 12%
11. Technology 12%