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Advances in Urban Green Development and Resilient Cities
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Global cities face rising socio-ecological pressures and driving forces of change. Among them, climate change highlights the need for better urban spaces to improve citizens' quality of life. Consequently, collaboration across disciplines is needed for resilient, future-proof urban solutions, involving scholars in different disciplines such as urban planning, green design, architecture, and agronomy. The published papers in this reprint address resilience through various approaches. Specifically, the concept of resilience is treated as a strategy to enhance urban sustainability and adaptability, focusing on "bounce-forward" solutions rather than just recovery from socio-ecological pressures and challenges. This approach integrates technical tools and interdisciplinary collaboration, emphasizing proactive measures in urban planning, green design, and the sustainable use of ecosystem services to create more resilient urban spaces. The goal is to create resilient urban environments that can withstand and adapt to future challenges such as climate change, social needs, and commercial pressures. This holistic and integrated approach to urban resilience focuses not just on recovering from disruptions but also on enhancing the urban systems to be better prepared for future challenges.
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Keywords
- Accessibility
- afforestation
- architectural guidelines
- blue-green infrastructure
- Buruan SAE
- Community Resilience
- coupled coordination degree model
- coupling coordination
- digital economy
- disaster resilience
- E-commerce
- e-commerce transformation of cities
- ecological civilization construction
- Economic agglomeration
- Ecosystem services
- environmental vulnerability
- evaluation indicator system
- food independence
- forest succession
- geospatial analysis
- GIS
- green areas
- green space
- green technological innovation
- green total factor productivity
- hedonic method
- housing prices
- Human territoriality
- individual rift
- industrial structure
- InVEST software
- Manggahan Residences
- Metro Manila
- multicriteria analysis
- nature-based solutions
- oasis urban agglomerations in arid zones
- periphery
- Policy Instruments
- Public housing
- QGIS
- RABIT framework
- Reforestation
- Resettlement
- resilience of eco-economic system
- Rewilding
- semi-public space
- Seveso establishments
- Social interaction
- Social metabolism
- social resilience
- social vulnerability
- spatial configuration
- spatial effect
- spatial vulnerability
- spatio-temporal evolution characteristics
- spatio-temporal weighted regression model
- sustainability
- Sustainable Cities
- system dynamics
- the case study of Kiryat Yam
- the entropy method
- the integration of industry and city
- the level of industrial and urban integration development
- Thessaloniki
- Tree canopy cover
- trend prediction
- Urban agriculture
- urban analysis
- urban cooling
- urban design guidelines
- urban evaluation
- urban green development
- urban green space
- urban heat islands
- urban parks
- urban sustainability
- Urumqi–Changji–Shihezi urban agglomeration
- vulnerability assessment
- Yangtze River Delta region
Links
DOI: 10.3390/books978-3-7258-1761-0Editions