A dynamic and spatially explicit modeling approach to identify the ecosystem service implications of complex urban systems interactions

Keyphrases

• Modeling Approach 100%
• Service Implications 100%
• Ecosystem Services 100%
• Complex Urban Systems 100%
• System Interaction 100%
• Ecosystem Service Impact 100%
• Dynamic Explicit 100%
• Spatially Explicit Modeling 100%
• Land Use 66%
• Socio-ecological Systems 66%
• Human-induced 33%
• Spatiotemporal 33%
• Reinforced 33%
• Multiple Time Steps 33%
• Loss Reduction 33%
• Economic Change 33%
• Modeling Framework 33%
• Time Feedback 33%
• Potential Impact 33%
• Chicago 33%
• Dynamic Interaction 33%
• Developmental Pattern 33%
• System Modeling 33%
• Coupled Models 33%
• Econometrics 33%
• Human Activities 33%
• Preservatives 33%
• Spatially Explicit 33%
• Impact Assessment 33%
• Urban Land Use 33%
• Input-output Model 33%
• Ecosystem Impacts 33%
• Socio-ecological 33%
• Metropolitan Regions 33%
• Assessment Approach 33%
• Allocation Model 33%
• Land Ecosystem 33%
• Urban Growth 33%
• Regional Economics 33%
• Dynamic Feedback 33%
• Policy Outcomes 33%
• Dynamic Land Use Change 33%
• Land Use Allocation 33%
• Scenario Simulation 33%
• Feedback Dynamics 33%
• Residential Land 33%
• Ecosystem Interactions 33%
• Ecological Process Model 33%
• Ecosystem Service Loss 33%
• Commercial Land 33%
• Feedback Uncertainties 33%

Earth and Planetary Sciences

• Urban System 100%
• Ecosystem Service 100%
• Land Use 42%
• Scenario Analysis 14%
• Urban Land Use 14%
• Regional Geography 14%
• Urban Growth 14%