Socio-environmental sustainability of indigenous lands: Simulating coupled human-natural systems in the Amazon

Keyphrases

• Simulation Model 100%
• Amazon 100%
• Environmental Degradation 100%
• Environmental Sustainability 100%
• Food Resources 100%
• Indigenous Lands 100%
• Coupled Human-natural Systems 100%
• Human Livelihoods 100%
• Socio-ecological Sustainability 100%
• Policy Development 50%
• Disciplinary Knowledge 50%
• Knowledge Base 50%
• Population Growth Rate 50%
• Resilient 50%
• Internal Modification 50%
• Nonhuman Animals 50%
• Support Policies 50%
• Tropical Region 50%
• Social-ecological Systems 50%
• Ecological Degradation 50%
• Spatially Explicit 50%
• Industrial Use 50%
• Agent-based Simulation 50%
• Animal Species 50%
• Large Fluctuations 50%
• Guyana 50%
• Social-ecological 50%
• Metapopulation 50%
• Conservation Policy 50%
• Development Policy 50%
• Dietary Taboos 50%
• Child Mortality Rate 50%
• Agro-industrial 50%
• Forest Dynamics 50%
• Knowledge Support 50%
• Plausible Drivers 50%
• Ecological Experiments 50%

Earth and Planetary Sciences

• Environmental Impact Assessment 100%
• Amazon 100%
• Coupled Human-Natural System 100%
• Environmental Degradation 50%
• Tropics 25%
• Population Growth 25%
• Guyana 25%
• Policy Development 25%
• Animal Species 25%
• Forest Dynamics 25%

Agricultural and Biological Sciences

• Environmental Sustainability 100%
• Environmental Degradation 66%
• Population Growth 33%
• Animal Species 33%
• Simulation Mode 33%
• Forest Dynamics 33%