Shifts in plant composition mediate grazing effects on carbon cycling in grasslands

Keyphrases

• Grassland 100%
• Carbon Cycling 100%
• C3-C4 100%
• Plant Composition 100%
• Grazing Effects 100%
• Shoot Biomass 66%
• Soil Respiration 50%
• Plant Diversity 33%
• Livestock Grazing 33%
• Negatively Associated 33%
• Root-to-shoot 33%
• China 16%
• Partial Least Squares Structural Equation Modeling (PLS-SEM) 16%
• Sheep 16%
• Climate Change Mitigation 16%
• Ecosystem Processes 16%
• Livestock Management 16%
• Plant Community 16%
• Model-driven Development 16%
• Stocking Rate 16%
• Rainfall 16%
• Soil Profile 16%
• Soil Carbon Loss 16%
• Compositional Shifts 16%
• Depth Dependence 16%
• Interannual Variation 16%
• Community Characteristics 16%
• Carbon Loss 16%
• Root Biomass 16%
• Inner Mongolia 16%
• Functional Linkage 16%
• Semi-natural Grassland 16%
• C4 Species 16%
• Vegetation Carbon 16%
• Grazing Intensity 16%
• Grazing Experiments 16%
• Carbon Metrics 16%
• Livestock Policy 16%
• Shift Impact 16%
• Long-term Grazing 16%

Agricultural and Biological Sciences

• Soil Respiration 100%
• Grassland 100%
• Plant Community 100%
• Stocking Rate 33%
• Soil Carbon 33%
• Grazing Intensity 33%
• Livestock Management 33%
• Soil Profile 33%
• Arid Grassland 33%