Keyphrases
Physiological Parameters
100%
Water Vapor
100%
Leaf Level
100%
Forest Canopy
100%
Flux Distribution
100%
Turbulent Fluxes
100%
H2O Flux
100%
Sensitivity Analysis
66%
Biochemical Parameters
66%
Diurnal Pattern
66%
Canopy Conductance
66%
Vcmax
66%
Leaf Gas Exchange
66%
Biochemical Processes
33%
Carbon Dioxide CO2
33%
Temperature Effect
33%
Conductance
33%
Level Measurement
33%
Cold Temperature
33%
Low Temperature
33%
Formaldehyde
33%
Biochemical Kinetics
33%
Biosphere
33%
Atmospheric CO2 Concentration
33%
Soil Moisture
33%
Eddy Covariance Method
33%
CO2 Flux
33%
Foliage
33%
Sensible Heat Flux
33%
Atmosphere Model
33%
Drought Conditions
33%
Dynamic Properties
33%
Flux Measurement
33%
Ecosystem Carbon
33%
Loblolly pine
33%
Compress
33%
Pine Forest
33%
RuBisCO
33%
Vapor Pressure Deficit
33%
Resistance Value
33%
Stomatal Closure
33%
Catalytic Ability
33%
Water Vapor Flux
33%
Moisture Adjustment
33%
Temperature Function
33%
Leaf Conductance
33%
Sap Flux
33%
Gas Exchange Measurements
33%
Multilevel Resistance
33%
Porometry
33%
Xylem Sap Flux
33%
Ecosystem Fluxes
33%
Kinetic Rate Constant
33%
Intercellular CO2 Concentration
33%
Root Xylem
33%
Xylem Hydraulics
33%
Stomatal Properties
33%
Ball-Berry Model
33%
Agricultural and Biological Sciences
Gas Exchange
100%
Pinus
100%
Forest Canopy
100%
Sap
100%
Xylem
100%
Circadian Rhythm
100%
Soil Moisture
50%
Eddy Covariance
50%
Pinus taeda
50%
Vapor Pressure
50%
Leaf Conductance
50%
Earth and Planetary Sciences
Forest Canopy
100%
Carbon Dioxide
100%
Gas Exchange
28%
Xylem
28%
Atmospherics
14%
Soil Moisture
14%
Eddy Covariance
14%
Sensible Heat Flux
14%
Flux Measurement
14%
Biochemical Process
14%
Vapor Pressure
14%
Drought
14%
Dynamic Property
14%