Importance of vegetation dynamics for future terrestrial carbon cycling

Keyphrases

• Vegetation Dynamics 100%
• Terrestrial Carbon Cycle 100%
• Vegetation Turnover 100%
• Net Primary Production 83%
• Soil Decomposition 83%
• C Uptake 50%
• Biome Shift 50%
• Wildfire 33%
• Carbon Cycle 33%
• Decomposition Rate 33%
• Emulator 33%
• Climate Change 16%
• Vegetation Growth 16%
• Terrestrial Ecosystems 16%
• Future Climate 16%
• Sequester 16%
• Ecosystem Model 16%
• Ecosystem Services 16%
• Radiative Forcing 16%
• Carbon Pools 16%
• Climate Change Scenarios 16%
• Relative Role 16%
• Model Simulation 16%
• Carbon C 16%
• Vegetation Structure 16%
• Land-based 16%
• C Cycle 16%
• Tropical Forest 16%
• Stand Dynamics 16%
• Ecosystem Dynamics 16%
• Climate System Model 16%
• Dynamic Global Vegetation Model 16%
• Coupled Model Intercomparison Project Phase 5 (CMIP5) 16%
• Structural Shifts 16%
• RCP8.5 16%
• Earth System Model 16%
• Anthropogenic CO2 Emissions 16%
• Carbon Flow 16%
• Cycle Process 16%
• Mortality Decomposition 16%
• Generation Dynamics 16%
• Common Architecture 16%
• Plant Compartments 16%
• Full Model 16%
• Driving Process 16%

Earth and Planetary Sciences

• Vegetation 100%
• Vegetation Dynamics 100%
• Net Primary Production 83%
• Carbon Cycle 50%
• Biome 50%
• Climate Change 33%
• Vegetation Growth 16%
• Planetary Atmosphere 16%
• Terrestrial Ecosystem 16%
• Radiative Forcing 16%
• Ecosystem Service 16%
• Carbon Dioxide Emission 16%
• Ecosystem Dynamics 16%
• Tropical Forest 16%
• Stand Dynamics 16%
• Anthropogenic CO2 16%
• CMIP 16%
• Exchanging 16%

Agricultural and Biological Sciences

• Primary Production 100%
• Carbon Cycle 60%
• Climate Change 40%
• Ecosystem Model 20%
• Radiative Forcing 20%
• Terrestrial Ecosystem 20%
• Tropical Forest 20%
• Anthropogenic CO2 20%