Earth and Planetary Sciences
Earth System Model
100%
Urban Climate
80%
Urban Heat Island Effect
72%
Climate Change
67%
China
53%
Machine Learning
44%
Land Surface
44%
Albedo
42%
Land Surface Temperature
41%
Climate Modeling
37%
Interfacial Energy
36%
Air Temperature
32%
Environmental Impact Assessment
29%
Emissions
24%
United States
23%
Vegetation
22%
Heat Wave
22%
Energy Flux
20%
Latent Heat Flux
19%
Deforestation
19%
Urban Morphology
19%
Sensible Heat Flux
19%
Urban Development
18%
Satellite Remote Sensing
18%
Land Cover Change
17%
Solar Radiation
17%
Crop Yield
16%
United States of America
15%
North America
14%
Cloud Cover
13%
Vegetation Type
13%
Energy Balance
13%
Spatial Variation
13%
Energy Demand
12%
Amazon
12%
Urban Growth
12%
Earth Surface
12%
Climate Effect
11%
Radiative Forcing
11%
Satellite Observation
11%
Urban Planning
11%
Atmospherics
11%
Leaf Area
10%
Emissivity
10%
Land Use
10%
Surface Flux
10%
Mongolia
9%
Mineralogy
9%
Environmental Consequence
9%
Boehmite
9%
Keyphrases
Urban Climate
61%
Earth System Model
49%
Community Earth System Model
46%
China
44%
Urban Heat Island
43%
Climate Change
36%
Background Climate
32%
Rainfed Corn
29%
Surface Urban Heat Island
26%
Climate Change Impacts
25%
FLUXNET
23%
Land Cover Change
23%
Corn Yield
23%
High-resolution
23%
Urban Heat Island Effect
22%
United States
22%
Climate Risk
22%
Urban Surface Temperature
21%
Urban Air
21%
Canopy Urban Heat Island
21%
Subgrid
21%
Surface Temperature
21%
Heat Stress
20%
Air Conditioning
20%
Urban Areas
20%
Albedo
19%
Deforestation
19%
Humid Heat
19%
Aerosol Mixing State
19%
Energy Modeling
19%
Explicit Representation
19%
Intra-city
19%
Temperature Estimation
19%
Climate-driven
18%
Urban Land
18%
Mixing State
17%
Future Climate Scenarios
17%
Urban Energy
16%
Yield Variability
15%
Urban Warming
15%
Air Temperature
15%
Surface Energy Fluxes
15%
Latent Heat Flux
15%
Sensible Heat Flux
15%
State Index
15%
Global Datasets
14%
Climate Models
14%
North America
14%
Warm Climate
14%
Burned Area
14%
