Keyphrases
Madden-Julian Oscillation
87%
Convectively Coupled Equatorial Waves
78%
Convection
39%
Mirai
39%
Winter Precipitation
36%
Moisture
32%
Sumatra Island
30%
Cumulus Convection
30%
Japan
30%
Coastal Area
30%
Tropical Cyclones
28%
Precipitating Systems
27%
Time-spectral
26%
Spectral Analysis
26%
Diurnal Cycle
26%
Indian Ocean
26%
Rainfall
25%
Diurnal Variation
24%
Melting Layer
24%
Tropical Indian Ocean
24%
Diurnal Rainfall
24%
Thin Cloud
24%
Western North Pacific
24%
Increasing Trends
24%
Early Winter
24%
Japan Meteorological Agency
24%
Palau
23%
Sea of Japan
22%
Tropics
22%
Tropical Depressions
22%
Detrainment
21%
Humidity
20%
Precipitable Water
20%
Eastern Indian Ocean
20%
Composite Analysis
20%
Cloud-resolving Model
19%
Divergent Waves
18%
Baiu
18%
Equatorial Indian Ocean
18%
LiDAR
18%
Mesoscale Convective Systems
18%
Moist Static Energy
18%
Gravity Waves
18%
Rossby
18%
Western Pacific
18%
Non-hydrostatic Model
17%
Typhoon
17%
Interannual Variation
17%
Ambient Wind
16%
Pacific Basin
16%
Earth and Planetary Sciences
Madden-Julian Oscillation
100%
Equatorial Wave
84%
Indian Ocean
68%
Cyclones
62%
Japan
60%
Gravity Wave
57%
Troposphere
43%
Convective System
36%
Sea Surface Temperature
36%
Optical Radar
30%
Coastal Region
30%
Climate Modeling
29%
Rossby Wave
28%
Sea of Japan
28%
Spectrum Analysis
26%
TRMM
24%
North Pacific
24%
Boundary Layer
24%
Precipitable Water
24%
Zonal Wind
22%
Palau
20%
Advection
20%
Annual Variation
18%
Radiosondes
18%
Research Vessel
18%
Cold Air
18%
Relative Humidity
18%
Humidity
18%
Eastern Indian Ocean
17%
Atmospheric General Circulation Models
16%
Regional Climate
15%
Timescale
14%
Raindrop
14%
Continent
14%
Convection Clouds
13%
Energy Budget
13%
Cartesian Coordinate
12%
CMIP
12%
Temperature Profile
12%
Global Positioning System
12%
Equatorial Region
12%
Seasonality
12%
Field Experiment
12%
Atmospheric Model
12%
Velocity Distribution
12%
TOGA-COARE
12%
Air Masses
11%
Central Pacific
11%
Kalman Filter
10%
Sensitivity Analysis
10%