The cycles agroecosystem model: Fundamentals, testing, and applications

Keyphrases

• Agroecosystem 100%
• Evapotranspiration 100%
• Agroecosystem Model 100%
• Pennsylvania 50%
• Optimum Combination 50%
• Washington 50%
• Soil Water Content 50%
• Plant Community 50%
• Management Practices 50%
• Eddy Covariance Method 50%
• Growing Season 50%
• Root Mean Square Error 50%
• Data Assimilation 50%
• Maize(Zea mays L.) 50%
• Monoculture 50%
• Landscape Management 50%
• Decision Support Tool 50%
• Nutrient Flux 50%
• Salix 50%
• Glycine Max (L.) Merrill 50%
• Model Theory 50%
• High Performance Computing 50%
• High Performance Data 50%
• Triticum Aestivum 50%
• Wheat Triticum Aestivum 50%
• Soil Hydrology 50%
• Builders 50%
• Annual Crops 50%
• Water Flux 50%
• Soil Layer 50%
• Life-cycle Model 50%
• Research Management 50%
• Daily Evapotranspiration 50%
• Nitrogen Saturation 50%
• Vegetation Control 50%
• Carbon Saturation 50%
• Model Skill 50%
• Nitrogen Uptake 50%
• Polyculture 50%
• Chesapeake Bay Watershed 50%
• Double Cropping 50%
• Water Recharge 50%
• Soil Biogeochemistry 50%
• Water Depletion 50%
• Meteorological Controls 50%
• Shrub Willow 50%
• High-performance Computing Application 50%
• Modular Software Architecture 50%

Agricultural and Biological Sciences

• Agroecosystem 100%
• Evapotranspiration 75%
• Watersheds 50%
• Soil Water Content 25%
• Plant Community 25%
• Soybean 25%
• Growing Season 25%
• Monoculture 25%
• Salix 25%
• Eddy Covariance 25%
• Triticum aestivum 25%
• Polyculture 25%
• Soil Hydrology 25%
• Double Cropping 25%
• Research Management 25%
• Landscape Management 25%

Earth and Planetary Sciences

• Agricultural Ecosystem 100%
• Pennsylvania 25%
• Eddy Covariance 25%
• Data Assimilation 25%
• Vegetation 25%
• Landscape Management 25%
• Root-Mean-Square Error 25%
• Growing Season 25%
• Washington 25%
• Plant Community 25%
• Soil Layer 25%
• Soil Hydrology 25%
• Chesapeake Bay 25%
• Soil Water Content 25%
• Polyculture 25%
• Research Management 25%