Forest soil carbon and nitrogen cycles under biomass harvest: Stability, transient response, and feedback

Keyphrases

• Transient Response 100%
• Immobilization 100%
• Net N Mineralization 100%
• Soil Carbon Cycling 100%
• Soil Nitrogen Cycling 100%
• Biomass Harvesting 100%
• Forest Soil Carbon 100%
• Steady State 66%
• Biomass Yield 66%
• N Limitation 66%
• N Loss 66%
• N Retention 66%
• Cut-harvest 66%
• Maximum Sustainable Yield 66%
• Long-term Consequences 33%
• Carbon-nitrogen 33%
• Linear Stability Analysis 33%
• Oscillation 33%
• Nitrogen Cycle 33%
• After Harvest 33%
• System Use 33%
• N Cycling 33%
• Ecosystem Model 33%
• Carbon C 33%
• Limit Cycle 33%
• Functional Traits 33%
• Respiration Rate 33%
• Low Intensity 33%
• Intermediate Complexity Model 33%
• Soil Biogeochemistry 33%
• Continuous-time Systems 33%
• Rotating System 33%
• Forest Carbon 33%
• C Pools 33%
• Harvest Strategy 33%
• Stable Focus 33%
• Decomposers 33%
• Soil Ecosystem 33%
• Soil C Cycling 33%
• Nonlinear Plant 33%
• Soil Fertility Management 33%
• Soil N Cycle 33%
• Optimal Rotation Length 33%
• Yield Loss 33%
• Leaching Yield 33%
• Leaching Loss 33%
• Plant-soil Feedback 33%
• Harvesting Regime 33%
• Soil Sustainable Management 33%
• Continuous Harvest 33%
• N Fertilization 33%
• Mineralization Conditions 33%
• N-ratio 33%
• N Cycle 33%
• Biogeochemical Response 33%
• Dynamic Soil 33%
• N Pools 33%

Agricultural and Biological Sciences

• Soil Carbon 100%
• Nitrogen Cycle 100%
• Carbon Cycle 100%
• Maximum Sustainable Yield 100%
• Forest Soil 100%
• Soil Fertility 50%
• Ecosystem Model 50%
• Continuous System 50%
• Soil Dynamics 50%
• Biogeochemistry 50%

Earth and Planetary Sciences

• Carbon Cycle 100%
• Nitrogen Cycle 100%
• Soil Carbon 100%
• Maximum Sustainable Yield 100%
• Forest Soil 100%
• Stability Analysis 50%
• Soil Dynamics 50%
• Soil Fertility 50%
• Biogeochemistry 50%
• Nitrogen 50%