Earth & Environmental Sciences
advection
20%
air quality
10%
air temperature
13%
albedo
10%
analysis
14%
atmosphere
19%
atmospheric model
10%
boundary layer
80%
buoyancy
13%
canopy
78%
city
40%
climate
21%
climate change
14%
cold
10%
complex terrain
24%
convective boundary layer
14%
cooling
14%
Coriolis force
12%
dew
9%
diffusivity
10%
downscaling
30%
eddy
18%
eddy covariance
18%
effect
17%
Ekman layer
20%
energy
19%
energy balance
48%
energy budget
13%
evaluation
11%
evaporation
24%
evapotranspiration
17%
flux measurement
13%
footprint
10%
forecasting
64%
Gaussian method
10%
grass
11%
heat flux
42%
heat island
77%
heat storage
11%
heat stress
12%
heat wave
39%
humidity
13%
hydrological cycle
10%
kinetic energy
26%
lake
19%
land surface
39%
landfill
20%
large eddy simulation
100%
latent heat flux
11%
leachate
25%
metropolitan area
9%
mitigation
14%
modeling
22%
moisture content
11%
momentum
52%
parameter
12%
parameterization
27%
partitioning
22%
pavement
15%
physics
16%
plant component
10%
precipitable water
12%
pressure gradient
11%
rainfall
29%
Richardson number
14%
roof
40%
roughness
34%
runoff
10%
sensible heat flux
36%
sensitivity analysis
13%
sensor
19%
simulation
40%
snow
10%
soil temperature
13%
solar radiation
9%
solid waste disposal
9%
surface energy
29%
surface flux
13%
surface layer
40%
surface roughness
15%
surface temperature
32%
surface water
14%
temperature
46%
temperature profile
9%
transition
13%
transpiration
20%
turbulence
69%
urban area
16%
urban climate
27%
vegetation
9%
ventilation
9%
vineyard
21%
water
10%
water body
17%
water resource
13%
water temperature
11%
water vapor
40%
weather
61%
wind profile
18%
wind velocity
15%
Engineering & Materials Science
Advection
5%
Agglomeration
5%
Air
13%
Air quality
18%
Arid regions
5%
Atmospheric boundary layer
7%
Atmospheric humidity
6%
Boundary layers
30%
Buoyancy
21%
Chemical sensors
15%
Climate change
31%
Climate models
5%
Coastal zones
8%
Computer simulation
9%
Cooling
12%
Cost effectiveness
9%
Costs
7%
Deep learning
12%
Developing countries
7%
Direct numerical simulation
16%
Disasters
6%
Drainage
7%
Dust
6%
Dynamic models
22%
Economics
5%
Energy balance
8%
Energy conservation
6%
Evaporation
11%
Evapotranspiration
11%
Experiments
8%
Farms
11%
Fluids
7%
Fluxes
20%
Gas emissions
9%
Gases
7%
Geometry
8%
Glaciers
11%
Gravitation
6%
Gravity waves
5%
Greenhouse gases
16%
Heat flux
9%
Hot Temperature
30%
Hydrology
10%
Insulation
14%
Irrigation
6%
Kinetic energy
30%
Land fill
8%
Large eddy simulation
65%
Leachate treatment
13%
Liquids
6%
Membranes
6%
Mixed convection
8%
Moisture
12%
Momentum
27%
Monitoring
25%
Open channel flow
5%
Parameterization
5%
Permittivity
6%
Physics
7%
Rain
7%
Reflectometers
9%
Reynolds number
18%
Roofs
49%
Sensor networks
5%
Sensor nodes
12%
Sensors
6%
Shear stress
12%
Soil moisture
10%
Soils
5%
Statistics
14%
Surface roughness
22%
Temperature
30%
Temperature distribution
7%
Thermal comfort
9%
Thermal effects
7%
Thermal stratification
11%
Thermostats
10%
Topography
9%
Turbines
5%
Turbulence
41%
Turbulent flow
24%
Ventilation
7%
Viscosity
10%
Vortex flow
5%
Waste disposal
5%
Water
17%
Water content
7%
Water resources
13%
Wind tunnels
12%
Wind turbines
12%
Wireless sensor networks
21%
Physics & Astronomy
atmospheres
6%
atmospheric boundary layer
5%
atmospheric turbulence
7%
boundary layers
9%
bubbles
5%
budgets
11%
buoyancy
19%
canopies
9%
cascades
8%
closures
13%
coefficients
7%
convection
6%
direct numerical simulation
10%
dissipation
6%
drainage
8%
dynamic models
11%
Ekman layer
10%
energy spectra
5%
entropy
5%
evaluation
9%
fluids
5%
forecasting
10%
Gibbs phenomenon
11%
glaciers
12%
gradients
7%
gravitation
5%
grids
9%
heat
9%
heat flux
12%
heat islands
15%
high resolution
5%
high Reynolds number
15%
isotropy
11%
kinetic energy
13%
Kolmogorov theory
5%
large eddy simulation
32%
liquid levels
9%
moisture content
7%
momentum
19%
physics
5%
plumes
7%
profiles
9%
reflectometers
8%
Richardson number
13%
roughness
9%
scalars
29%
scale models
8%
sensors
18%
shear
5%
simulation
8%
snow
10%
soils
14%
static stability
10%
statistics
15%
stratification
11%
surface energy
7%
surface layers
24%
surface temperature
7%
surface water
8%
temperature profiles
6%
time lag
5%
topography
6%
turbulence
46%
turbulent boundary layer
14%
turbulent flow
17%
velocity distribution
8%
vortices
9%
weather
11%
wind tunnels
7%
