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

Earth & Environmental Sciences

• spatial planning 90%
• fragmentation 71%
• habitat type 67%
• land use 53%
• allocation 52%
• nutrient 52%
• decision 50%
• externality 48%
• cost 41%
• scanner 39%
• land 33%
• market 29%
• land market 28%
• mire 24%
• habitat fragmentation 23%
• bog 22%
• decision support system 21%
• land use planning 21%
• ammonia 16%
• rain 15%
• agriculture 14%
• damage 13%
• policy 12%
• nitrogen 12%
• economics 11%
• simulation 8%

Social Sciences

• spatial planning 100%
• habitat 89%
• land use 79%
• fragmentation 77%
• Netherlands 66%
• costs 45%
• market 34%
• scenario 29%
• Land use planning 25%
• internalization 22%
• damages 17%
• agriculture 16%
• simulation 15%
• efficiency 14%
• economics 8%

Agriculture & Biology

• Netherlands 78%
• land use 78%
• planning 76%
• scanners 49%
• nutrients 48%
• habitats 34%
• land markets 33%
• land use planning 30%
• markets 27%
• bogs 25%
• decision support systems 24%
• habitat fragmentation 21%
• ammonia 16%
• rain 15%
• agriculture 14%
• economics 13%
• nitrogen 11%