Keyphrases
Taiwan
79%
Raindrop Size Distribution
59%
Rainfall
49%
Tropical Cyclones
45%
Microphysical
45%
Typhoon
34%
Northwestern Pacific
34%
Microphysical Characteristics
33%
Rainfall Kinetic Energy
31%
Meiyu
26%
Precipitating Clouds
26%
Extreme Rainfall Events
26%
Northern Taiwan
25%
Summer Season
25%
GPM DPR
25%
Kinetic Energy Functional
22%
Dual-frequency Precipitation Radar
22%
Boundary Layer Clouds
22%
Cloud Microphysics
22%
Low-level Jet
22%
Numerical Modeling
22%
Heavy Rainfall
22%
Northwest Pacific
22%
Size Distribution Characteristics
22%
Kinetic Energy
22%
Typhoon Rainfall
22%
Palau
22%
Regional Disparities
22%
Western Pacific
22%
Global Precipitation Measurement
22%
Functional Relationship
22%
Rainbands
22%
Taipei Basin
22%
Disdrometer
20%
Rainfall Rate
19%
Mei-yu Fronts
19%
North Taiwan
17%
Mass-weighted Mean Diameter
16%
Estimation Algorithms
16%
Snow
15%
Moisture
15%
Cold Air
15%
Model Simulation
13%
Rainfall Estimation
13%
Central Taiwan
13%
Drop Size Distribution
12%
Barrier Jet
11%
Radar Reflectivity
10%
Precipitation Microphysics
10%
Remote Sensing
9%
Rainfall Erosivity
9%
Intercept Parameter
9%
Weather Conditions
8%
Tamsui River
7%
Observation Simulation
7%
Numerical Simulation
7%
Mesoscale Convective Systems
7%
Moisture Transport
7%
Marine Boundary Layer Jet
7%
Physical Mechanism
7%
Maximum Wind
7%
High-resolution Model
7%
Ka Frequency Band
7%
Frontal Cyclone
7%
Torrential Rain
7%
Energy Relations
7%
Radial Distance
7%
Northerly Wind
7%
Low Wind Speed
7%
Keelung
7%
Radar Parameters
7%
River Valley
7%
Central Mountain Range
7%
Ku-band
7%
Southwesterly Flow
7%
Orographic Lifting
7%
Stratiform Precipitation
7%
Melting Layer
6%
Complex Topography
6%
South Central
6%
High Concentration
6%
Earth and Planetary Sciences
Taiwan
100%
Cyclones
78%
Raindrop
49%
Kinetic Energy
30%
Rainband
26%
Palau
22%
Boundary Layer
22%
Hubble Space Telescope
22%
Precipitation Measurement
22%
Numerical Modeling
22%
Cloud Microphysics
22%
Jet Boundary
22%
Cold Air
15%
Remote Sensing
8%
Mountain Range
7%
Convective System
7%
Erosivity
6%
Reflectance
5%