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-結合雨滴粒徑與雷達巨量資料於定量降水估計技術提升與相關災害防治(總計畫及子計畫一)(I)

Keyphrases

1. Taiwan 83%
2. Raindrop Size Distribution 70%
3. Quantitative Precipitation Estimation 60%
4. Kinetic Energy 57%
5. Tropical Cyclones 57%
6. Microphysical 57%
7. Northwestern Pacific 42%
8. Microphysical Characteristics 41%
9. Rainfall Kinetic Energy 39%
10. Rainfall 39%
11. Disdrometer 36%
12. Rainfall Intensity 33%
13. Typhoon 33%
14. Summer Season 32%
15. GPM DPR 32%
16. Convective Storms 28%
17. Massive Data 28%
18. Raindrop 28%
19. Doppler Radar 28%
20. Improved Technology 28%
21. Radar Observations 28%
22. Multiple-Doppler 28%
23. Kinetic Energy Functional 28%
24. Dual-frequency Precipitation Radar 28%
25. Particle Size 28%
26. Disaster Prevention 28%
27. Northwest Pacific 28%
28. Size Distribution Characteristics 28%
29. Typhoon Rainfall 28%
30. Palau 28%
31. Regional Disparities 28%
32. Western Pacific 28%
33. Global Precipitation Measurement 28%
34. Functional Relationship 28%
35. Radar Reflectivity 25%
36. Rainfall Rate 24%
37. Rainfall Estimation 22%
38. North Taiwan 21%
39. Precipitation Type 21%
40. Mass-weighted Mean Diameter 20%
41. Estimation Algorithms 20%
42. Radar Data 20%
43. Rainfall Forecast 19%
44. Rainfall Erosivity 17%
45. Central Taiwan 16%
46. Soil Erosion 16%
47. Drop Size Distribution 15%
48. Radar Parameters 15%
49. Energy Relations 15%
50. Model Simulation 12%
51. Remote Sensing 11%
52. Intercept Parameter 11%
53. Vertical Structure 11%
54. Statistical Features 11%
55. Weather Conditions 10%
56. Precipitating Clouds 9%
57. Radiosonde 9%
58. Data Assimilation 9%
59. Kalman Filter Algorithm 9%
60. 4D-Var 9%
61. Convective-scale 9%
62. Short Model 9%
63. Wind Parameters 9%
64. Three-dimensional Wind 9%
65. Fine Resolution 9%
66. Sequential Procedure 9%
67. Temperature Adjustment 9%
68. Thermodynamic Parameters 9%
69. Adjustment Scheme 9%
70. Thermodynamic Retrieval 9%
71. Reinitialization 9%
72. Microphysical Parameters 9%
73. Ensemble Kalman Filter (EnKF) 9%
74. Numerical Model 9%
75. Unobserved State Variables 9%
76. In Situ 9%
77. Retrieval Methods 9%
78. Weather Systems 9%
79. Synthesis Methods 9%
80. Variational Data Assimilation 9%
81. Chen's Method 9%
82. Average Properties 9%
83. Observing System Simulation Experiment 9%
84. Wind Measurement 9%
85. Sound Data 9%
86. Moisture Field 9%
87. Moisture 9%
88. Ka Frequency Band 9%
89. Radial Distance 9%
90. Ku-band 9%
91. Rainbands 9%
92. Stratiform Precipitation 8%
93. Melting Layer 8%
94. Complex Topography 8%
95. South Central 8%
96. High Concentration 7%
97. Northern Region 5%
98. Duel 5%
99. Polarization Radar 5%
100. Polarimetric Radar 5%
101. Raindrop Impact 5%
102. Z-R Relationship 5%
103. Disdrometer Data 5%
104. Radar Network 5%
105. Quality Control 5%
106. Previous Experience 5%
107. Cloud Microphysics 5%
108. Dual-polarization Radar 5%
109. Observed Rainfall 5%
110. First Year 5%
111. Rainfall Effects 5%
112. Soil Surface 5%
113. Radar QPE 5%

Earth and Planetary Sciences

1. Raindrop 100%
2. Taiwan 90%
3. Tropical Cyclone 57%
4. Kinetic Energy 41%
5. Precipitation Intensity 30%
6. Palau 28%
7. Precipitation Measurement 28%
8. Disaster Prevention 28%
9. Radar Tracking 28%
10. Doppler Radar 28%
11. Nowcasting 28%
12. Kinetic Energy 28%
13. Data Assimilation 19%
14. Reflectance 18%
15. Radar Data 17%
16. Erosivity 17%
17. Weather Condition 17%
18. Rainband 14%
19. Remote Sensing 14%
20. Erosion 11%
21. Systems Simulation 9%
22. Kalman Filter 9%
23. Wind Measurement 9%
24. Radiosondes 9%
25. Numerical Model 9%
26. Quality Control 5%
27. Soil Surface 5%
28. Cloud Microphysics 5%
29. Radar Networks 5%