Earth & Environmental Sciences
energy flux
65%
surface energy
62%
evapotranspiration
53%
maize
53%
canopy
48%
loss
10%
energy balance
7%
net radiation
5%
soil surface
4%
Bowen ratio
3%
senescence
3%
soil management
2%
sensible heat flux
2%
microclimate
2%
soil condition
2%
vapor pressure
2%
wetting
2%
heat flux
2%
growing season
2%
water budget
2%
management practice
2%
solar radiation
2%
relative humidity
2%
air temperature
1%
evaporation
1%
boundary layer
1%
wind velocity
1%
vegetation
1%
trend
1%
energy
1%
soil
1%
water
0%
effect
0%
Medicine & Life Sciences
Zea mays
73%
Soil
64%
Hot Temperature
34%
Microclimate
24%
Vapor Pressure
23%
Radiation
22%
Water
19%
Practice Management
17%
Humidity
17%
Air
12%
Temperature
10%
Agriculture & Biology
evapotranspiration
63%
canopy
47%
corn
37%
energy
35%
energy balance
7%
net radiation
7%
sensible heat flux
4%
soil heat flux
4%
Bowen ratio
4%
sprinklers
3%
vapor pressure deficit
2%
energy transfer
2%
water budget
2%
soil management
2%
wind speed
2%
microclimate
2%
soil
2%
evaporation
2%
soil quality
2%
air temperature
2%
leaves
2%
relative humidity
2%
solar radiation
2%
growing season
1%
vegetation
1%
heat
1%
water
1%
Engineering & Materials Science
Evapotranspiration
100%
Interfacial energy
73%
Energy balance
7%
Soils
7%
Heat flux
4%
Radiation
3%
Vapor pressure
3%
Water
2%
Solar radiation
2%
Wetting
2%
Evaporation
2%
Boundary layers
2%
Atmospheric humidity
2%
Aging of materials
1%
Air
1%
Hot Temperature
1%
Temperature
0%