Inverse analysis of coupled carbon-nitrogen cycles against multiple datasets at ambient and elevated CO₂

Keyphrases

• Allocation Coefficients 20%
• Ambient CO2 100%
• Bayesian Inversion 20%
• C Sequestration 40%
• Carbon (C) Sequestration 20%
• Carbon Dioxide CO2 20%
• Carbon-nitrogen Cycle 100%
• CN Ratio 40%
• CO2 Enrichment 20%
• Duke Forest 40%
• Elevated CO2 100%
• Exit Velocity 40%
• Fine Roots 40%
• Foliage 40%
• Global Change 20%
• Inverse Analysis 100%
• Inversion Approach 20%
• Model Improvement 20%
• Model Prediction 20%
• Multiple Datasets 100%
• N Allocation 20%
• N Input 20%
• N Loss 20%
• N Pool 20%
• N Regulation 20%
• Nitrogen N 20%
• Plant N Uptake 40%
• Residence Time 20%
• Soil Organic Matter 20%
• Terrestrial Ecosystems 40%
• Woody Biomass 20%

Earth and Planetary Sciences

• Carbon Dioxide 50%
• Fine Root 100%
• Global Change 50%
• Inverse Analysis 100%
• Nitrogen Cycle 100%
• Soil Organic Matter 50%
• Terrestrial Ecosystem 100%

Agricultural and Biological Sciences

• Fine Root 100%
• Global Change 50%
• Nitrogen Cycle 100%
• Soil Organic Matter 50%
• Terrestrial Ecosystem 100%