Multi-stakeholder perspectives on urban regeneration: a spatial gradient analysis of heat and pollution effects

Keyphrases

• Gradient Analysis 100%
• Urban Regeneration 100%
• Heat Effect 100%
• Pollution Effects 100%
• Spatial Gradient 100%
• Multi-stakeholder Perspective 100%
• Urban Pollution 25%
• Implementation Process 16%
• Land Surface Temperature 16%
• Urban Heat 16%
• Urbanization 8%
• Regeneration 8%
• Environmental Issues 8%
• Environmental Impact 8%
• Air Temperature 8%
• Air Quality 8%
• Carbon Monoxide Concentration 8%
• Government Involvement 8%
• Stakeholder Groups 8%
• Stakeholder Engagement 8%
• Urban Construction 8%
• Buffer Zone 8%
• Nitrogen Dioxide Concentration 8%
• Land Value 8%
• Multiple Rings 8%
• Project Implementation 8%
• Government-enterprise Collusion 8%
• Regeneration Model 8%
• Urban Heat Effect 8%
• Ring Buffer 8%
• Sulfur Dioxide Concentration 8%
• City-making 8%
• Sustainable Urban Regeneration 8%

Earth and Planetary Sciences

• Land Surface Temperature 100%
• Pollution Effect 100%
• Carbon Monoxide 50%
• Air Quality 50%
• Nitrogen Dioxide 50%
• Air Temperature 50%
• Environmental Problem 50%
• Sulphur Dioxide 50%
• Buffer Zone 50%

Agricultural and Biological Sciences

• Air Quality 100%
• Carbon Monoxide 100%
• Sulfur Dioxide 100%