Earth & Environmental Sciences
surface temperature
69%
land surface
67%
city
63%
surface energy
62%
canopy
57%
cooling
53%
built environment
50%
mitigation
43%
roof
35%
climate
30%
modeling
30%
temperature
29%
urban area
29%
energy balance
29%
effect
26%
vegetation
26%
urban climate
26%
irrigation
24%
heat wave
24%
urbanization
24%
air temperature
24%
metropolitan area
24%
boundary layer
23%
hysteresis
22%
energy budget
22%
weather
21%
warming
21%
partitioning
20%
canyon
20%
evapotranspiration
18%
simulation
18%
sensible heat flux
18%
soil temperature
17%
shading
17%
land-atmosphere interaction
17%
urban planning
16%
trend
16%
street canyon
16%
microclimate
16%
prediction
16%
land cover
15%
desert
15%
forecasting
14%
climate change
14%
eddy covariance
14%
urban development
14%
carbon emission
14%
energy
13%
Engineering & Materials Science
Fires
51%
Hot Temperature
50%
Green's function
34%
Temperature
33%
Steel
27%
Heat transfer
24%
Irrigation
24%
Land surface temperature
20%
Carbon
19%
Heat conduction
18%
Aerosols
17%
Sustainable development
17%
Cooling
17%
Roofs
16%
Concretes
15%
Heat flux
15%
Carbon dioxide
15%
Boundary conditions
14%
Temperature distribution
13%
Water
13%
Fluxes
12%
Environmental impact
12%
Thermal comfort
12%
Radiation
12%
Pavements
10%
Urban planning
10%
Evapotranspiration
10%
Air quality
9%
Wastewater reclamation
9%
Interfacial energy
9%
Climate change
8%
Population dynamics
8%
Finite element method
8%
Structural members
8%
Parameterization
8%
Capacitance
7%
Thermoanalysis
7%
Air
7%
Insulation
7%
Boundary layers
7%
Fire resistance
7%
Uncertainty analysis
7%
Thermodynamic properties
6%
Heating
6%
Surface morphology
6%
Sensitivity analysis
6%
Thermal effects
6%
Stochastic models
6%
Risk analysis
6%
Paint
6%