Multi-site evaluation of terrestrial evaporation models using FLUXNET data

INIS

• advection 20%
• applications 20%
• canopies 60%
• comparative evaluations 20%
• data 100%
• datasets 20%
• efficiency 40%
• energy balance 40%
• evaluation 100%
• evaporation 60%
• evaporation model 100%
• forests 40%
• grasslands 20%
• layers 20%
• management 20%
• monitoring 20%
• performance 100%
• radiations 20%
• range 20%
• roots 40%
• roughness 20%
• sensitivity 40%
• soils 20%
• statistics 20%
• surface energy 20%
• surfaces 40%
• towers 60%
• transpiration 20%
• values 20%
• water resources 20%

Earth and Planetary Sciences

• Advection 10%
• Agricultural Management 10%
• Approach 20%
• Aridity 10%
• Biome 20%
• Canopy 30%
• Condition 10%
• Data Set 10%
• Datum 100%
• Decision 10%
• Difference 20%
• Efficiency 20%
• Energy Balance 20%
• Evaluation 100%
• Evaporation 100%
• Farmland 10%
• Forest 20%
• Formulation 10%
• Grassland 10%
• Interfacial Energy 10%
• Investigation 10%
• Land Surface 10%
• Model 100%
• Monitoring 10%
• Need 10%
• Order 10%
• Parameterization 30%
• Partitioning 10%
• Quality 10%
• Requirement 10%
• Roughness 10%
• Selection 20%
• Sensitivity 20%
• Shrubland 10%
• Site 100%
• Soil 10%
• Tower 30%
• Transpiration 10%
• Utilization 10%
• Value 10%
• Water Resources Development 10%