Keyphrases
Surface Water
100%
Energy Flux
100%
Carbon Flux
100%
Water Flux
100%
Carbon Energy
100%
Land Surface
100%
Light Use Efficiency
100%
Surface Carbon
100%
Surface Energy
100%
Remote Sensing Techniques
100%
Transpiration
75%
Soil Moisture
50%
Two-source Energy Balance
50%
Priestley-Taylor
50%
Thermal Remote Sensing
50%
Rangeland
50%
Reno
50%
Spatial Distribution
25%
Energy Exchange
25%
Balance Constraints
25%
Remote Sensing
25%
Thermal Input
25%
Leaf Area Index
25%
Water Exchange
25%
CO2 Flux
25%
Original Form
25%
Water Energy
25%
Modeling Approach
25%
Diagnostic Information
25%
Carbon Cycling
25%
Remote Sensing Data
25%
Flux Estimate
25%
Canopy Resistance
25%
Carbon Assimilation
25%
FLUXNET
25%
Coupling Framework
25%
Surface Energy Balance
25%
Surface Energy Budget
25%
Flux Prediction
25%
Reduce Error
25%
Water Availability
25%
Data-driven Modeling
25%
Species-dependent
25%
Stomatal Closure
25%
Flux Observation
25%
Tower Measurements
25%
Eddy Covariance
25%
CO2 Exchange
25%
Nominal Species
25%
Heterogeneous Landscape
25%
Monitoring Network
25%
Winter Wheat
25%
Land Surface Flux
25%
Canopy Conductance
25%
Net Carbon Flux
25%
Stomatal Aperture
25%
Moisture Status
25%
Light Use Efficiency Model
25%
Canopy Scale
25%
Thermal Band
25%
Prognostic Modeling
25%
Soil Respiration
25%
Vapor Pressure Deficit
25%
Soil Water Balance
25%
Riparian Areas
25%
Carbon Assimilation Rate
25%
Soil Surface Temperature
25%
Canopy Temperature
25%
Efficiency Method
25%
Surface Moisture
25%
Large-scale Monitoring
25%
Thermal Imaging System
25%
Airborne Thermal Imaging
25%
Earth and Planetary Sciences
Remote Sensing
100%
Land Surface
100%
Energy Flux
100%
Water Flux
100%
Light Use Efficiency
100%
Energy Balance
60%
Soil Moisture
40%
Thermal Remote Sensing
40%
Rangeland
40%
Surface Energy
40%
Spatial Distribution
20%
Soil Surface
20%
Upscaling
20%
Leaf Area
20%
Energy Budget
20%
Surface Flux
20%
Eddy Covariance
20%
Water Availability
20%
Monitoring Network
20%
Carbon Flux
20%
Soil Respiration
20%
Thermal Imaging
20%
Soil Water Balance
20%
Vapor Pressure
20%