Internalising the costs of fragmentation and nutrient deposition in spatial planning: Extending a decision support tool for the Netherlands

Earth and Planetary Sciences

• Land Use 100%
• Fragmentation 100%
• Habitat Type 75%
• Land Use Planning 75%
• Environmental Externality 75%
• Allocation 75%
• Land 75%
• Habitat Fragmentation 50%
• Scanner 50%
• Netherlands 50%
• Cost 50%
• Market 50%
• Sensitivity 50%
• Deposition 50%
• Nitrogen 25%
• High Resolution 25%
• Ammonia 25%
• Marshland 25%
• Spatial Planning 25%
• Decision-Support System 25%
• Externality 25%
• Mire 25%
• Investigation 25%
• Economics 25%
• Model 25%
• Policy 25%
• Tool 25%
• Support 25%
• Decision 25%
• Effort 25%
• Show 25%
• Foci 25%
• Efficiency 25%
• Emission 25%
• Simulation 25%
• Position (Location) 25%
• Effectiveness 25%
• Extension 25%
• Yield 25%
• Damage 25%
• Agriculture 25%
• Rain 25%

Social Sciences

• Land Use 100%
• Habitats 75%
• Resource Allocation 75%
• Scenarios 50%
• Netherlands 50%
• Instruments 50%
• Costs 50%
• Markets 50%
• Effectiveness 25%
• Agriculture 25%
• Decision Support Tools 25%
• Internalization 25%
• Rain 25%
• Spatial Planning 25%
• Economic Equilibrium 25%
• Nutrients 25%
• Change 25%
• Simulation 25%
• Efficiency 25%
• Location 25%
• Emission 25%
• Damage 25%
• Policy 25%

Economics, Econometrics and Finance

• Land Use 100%
• Allocation 75%
• Intergovernmental Panel on Climate Change 50%
• Market 50%
• Costs 50%
• Externalities 25%
• Efficiency 25%
• Physical Planning 25%
• Location 25%
• Yield 25%