Disentangling effects of climate and land-use change on West African drylands’ forage supply

Keyphrases

• Climate Change Impacts 100%
• Land Use Change 100%
• Forage Supply 100%
• Drylands 100%
• West African 100%
• African Drylands 100%
• Social-ecological Systems 80%
• Climatic Aridity 60%
• Partial Least Squares Structural Equation Modeling (PLS-SEM) 40%
• Aridity 40%
• System Concept 40%
• Land Use Pressure 40%
• Global Change Drivers 40%
• Ecosystem Service Flow 40%
• Ecosystem Services 20%
• Global Change 20%
• Vegetation Dynamics 20%
• Land Use 20%
• High Risk 20%
• Sustainable Management 20%
• Resilient 20%
• Rangeland 20%
• West Africa 20%
• Agricultural Activities 20%
• Energy Yield 20%
• Vegetation Degradation 20%
• Modeling Effect 20%
• Livestock Rearing 20%
• Dynamic Fluctuations 20%
• Grazing Pressure 20%
• Well-defined 20%
• Space-for-time Substitution 20%
• Metabolizable Energy 20%
• Critical Ecosystems 20%
• Quantity versus Quality 20%
• Weather Fluctuations 20%
• Global Drylands 20%
• Forage Quantity 20%
• Adaptive Grazing Management 20%
• Land Use Drivers 20%
• Steep Gradient 20%
• Complex Interdependence 20%

INIS

• climates 100%
• supply 100%
• land use 100%
• forage 100%
• ecosystems 50%
• management 33%
• climatic change 33%
• grazing 33%
• equations 33%
• vegetation 33%
• modeling 33%
• ess 33%
• dynamics 16%
• levels 16%
• space 16%
• increasing 16%
• risks 16%
• weather 16%
• rearing 16%
• fluctuations 16%
• africa 16%
• capture 16%
• livestock 16%
• shape 16%
• energy yield 16%
• rangelands 16%

Earth and Planetary Sciences

• Land Use Change 100%
• Dryland 100%
• Aridity 71%
• Land Use 57%
• Global Change 42%
• Ecosystem Service 42%
• Climate Change 28%
• Structural Equation Modeling 28%
• Weather Condition 14%
• Vegetation Dynamics 14%
• Western Africa 14%
• Grazing Pressure 14%
• Grazing Management 14%
• Rangeland 14%