Validity of extrapolating field CO₂ experiments to predict carbon sequestration in natural ecosystems

Keyphrases

• Natural Ecosystems 100%
• Carbon Sequestration 100%
• C Sequestration 100%
• Grassland 30%
• N Demand 30%
• Relaxation Time 20%
• High Productivity 20%
• Low Productivity 20%
• Ecosystem Response 20%
• CO2 Increase 20%
• Gradual Increase 20%
• Effective Approach 10%
• Nitrogen N 10%
• Control System 10%
• Ecosystem Carbon 10%
• CO2 Concentration 10%
• Carbon Dioxide CO2 10%
• Terrestrial Ecosystems 10%
• Atmospheric CO2 10%
• Inverse Modeling 10%
• Forest Ecosystem 10%
• Sequestered Carbon 10%
• First Year 10%
• C Flux 10%
• Net Primary Productivity 10%
• Modeling Analysis 10%
• Carbon C 10%
• Deconvolution 10%
• Photosynthetic Acclimation 10%
• Different Ecosystems 10%
• Ecosystem Productivity 10%
• Woody Tissue 10%
• Woody Litter 10%
• N Supply 10%
• Ecosystem Studies 10%
• Ecosystem-based 10%
• Donor Pool 10%
• N Regulation 10%
• C Sequestration Rate 10%
• Supply Mechanism 10%
• Design Plan 10%
• Measurement Planning 10%
• CO2 Forcing 10%

Earth and Planetary Sciences

• Grassland 100%
• Carbon Sequestration 100%
• Ecosystem Response 66%
• Forest Ecosystem 66%
• Relaxation Time 66%
• Atmospherics 33%
• Carbon Dioxide 33%
• Terrestrial Ecosystem 33%
• Acclimatization 33%
• Experimental Design 33%
• Data Transmission 33%
• Data Interpretation 33%
• Deconvolution 33%

Agricultural and Biological Sciences

• Grassland 100%
• Carbon Sequestration 100%
• Forest Ecosystem 66%
• Acclimation 33%
• Experimental Design 33%
• Primary Productivity 33%
• Terrestrial Ecosystem 33%