Keyphrases
FLUXNET
100%
Information Flow
100%
Robust Observation
100%
Coupling Strength
66%
Feedback Coupling
66%
Flow Statistics
66%
Southwestern US
33%
Water Availability
33%
Evapotranspiration
33%
Feedback Interactions
33%
Land Cover Change
33%
Aridity
33%
General Circulation Models
33%
South Africa
33%
Arid Ecosystems
33%
Eddy Covariance
33%
Shrubland
33%
Sub-Saharan Africa
33%
Temperate Region
33%
Terrestrial Surface
33%
Brazil
33%
Land Surface
33%
Savanna
33%
Tropical Rainforest
33%
Sensible Heat Flux
33%
Behavior-based
33%
Southern Andes
33%
Summer Months
33%
Surface Air
33%
Global Radiation
33%
Earth System
33%
Process Networks
33%
Surface Fluxes
33%
Neural Network
33%
Biome Type
33%
South Australia
33%
Climatic Zones
33%
Data-driven Approach
33%
Potential Evapotranspiration
33%
Atmospheric Processes
33%
Land-atmosphere Interactions
33%
Latent Heat Flux
33%
Central U.S.
33%
Boreal Summer
33%
Congo Basin
33%
Austral Summer
33%
Land Surface Flux
33%
Coupling Behavior
33%
Earth and Planetary Sciences
Planetary Atmosphere
100%
Land Surface
66%
Surface Flux
66%
Australia
33%
Evapotranspiration
33%
Republic of South Africa
33%
Aridity
33%
Andes
33%
Eddy Covariance
33%
Brazil
33%
Shrubland
33%
Water Availability
33%
Biome
33%
Seasonality
33%
General Circulation Model
33%
Land Cover Change
33%
Sensible Heat Flux
33%
Climatic Zone
33%
Congo
33%
Potential Evapotranspiration
33%
Atmospheric Process
33%
Latent Heat Flux
33%
Temperate Region
33%
Subsaharan Africa
33%