氣象巨量資料應用在即時與極短期臺灣暴雨與強風的預報技術提升與相關災害防治-氣象巨量資料應用在即時與極短期臺灣暴雨與強風的預報技術提升與相關災害防治(1/2)

Keyphrases

1. Raindrop Size Distribution 100%
2. Taiwan 40%
3. Precipitation Estimation 40%
4. Rainfall Estimation 40%
5. Radar Network 40%
6. Quantitative Precipitation Estimation 40%
7. Estimation Method 40%
8. Dual-polarization Radar 40%
9. C-band 40%
10. Radar Data 20%
11. Erosion Testing 20%
12. Precipitating Systems 20%
13. Soil Erosion 20%
14. Multi-parameter 20%
15. Water Resources 20%
16. Flood Hazard 20%
17. Meteorology 20%
18. X-band 20%
19. Hydrology 20%
20. Echo-tracking 20%
21. Forecast Technique 20%
22. Distribution Information 20%
23. Polarimetric Radar 20%
24. Tracking Method 20%
25. Rain Gauge 20%
26. Ground-based Radar 20%
27. S-band Dual-polarization Radar 20%
28. Runoff Processes 20%
29. Nowcasting 20%
30. Cloud Modeling 20%
31. Radar Data Assimilation 20%
32. High-resolution 20%
33. Hazard Control 20%
34. Integrated Project 20%
35. Northeast Taiwan 20%
36. Southern Taiwan 20%
37. Radar Echo Extrapolation 20%
38. Microphysical Processes 20%
39. Western Taiwan 20%
40. Estimation Algorithms 20%
41. Disdrometer 20%
42. Radar Echo 20%
43. Nowcasting Methods 20%
44. Hydrometeorology 20%
45. Northern Taiwan 20%
46. Numerical Weather Prediction Model 20%
47. Precipitating Clouds 20%
48. Radar Measurements 20%
49. Meteorological Fields 20%
50. Central Taiwan 20%
51. Numerical Modeling 20%

Earth and Planetary Sciences

1. Raindrop 100%
2. Taiwan 60%
3. Radar Data 40%
4. C Band 40%
5. Radar Networks 40%
6. Radar Echo 40%
7. Field Experiment 20%
8. Data Assimilation 20%
9. Real Time 20%
10. Nowcasting 20%
11. Numerical Modeling 20%
12. Numerical Weather Forecasting 20%
13. Estimation Method 20%
14. Raingauge 20%
15. Radar Measurement 20%
16. Erosion 20%