【理响中国·薪火“燃”青春】以生态系统视角重塑长三角都市圈气候韧性

Core Viewpoint - The construction of resilient cities is a key goal for modern urban development in China, particularly in the Yangtze River Delta region, which is undergoing significant integration and high-quality development [1][4]. Group 1: Urban Resilience and Climate Challenges - Urban areas are increasingly facing severe risks from extreme weather and disasters due to global climate change, necessitating a shift from traditional engineering disaster prevention methods to ecological disaster risk reduction [2]. - The Taihu Basin exemplifies the challenges faced, with rapid urbanization leading to a 73% increase in built-up land since 1997, exacerbating flood risks and climate vulnerabilities [3]. Group 2: Integrated Understanding and Collaborative Goals - Achieving a unified understanding of ecological and climate safety across the Yangtze River Delta is essential, as ecological degradation in one area can impact the entire region through natural processes and socio-economic connections [4]. - The integration of ecological protection and disaster risk reduction goals is crucial for addressing complex climate risks in the region [4]. Group 3: Systematic Optimization and Technological Support - Systematic integration of ecological principles into urban planning and management is vital, emphasizing the need for top-level design and the incorporation of resilience and climate adaptability into spatial planning [5]. - The application of artificial intelligence (AI) in disaster risk assessment and management can enhance decision-making processes, transitioning from experience-based to data-driven approaches [6]. Group 4: Regional Collaboration and Community Engagement - Addressing multi-faceted climate risks requires coordinated planning at the metropolitan and urban cluster levels, overcoming administrative fragmentation [7]. - Public awareness and community involvement in ecological and resilience initiatives are essential for fostering a collaborative environment in urban resilience building [7].