全面增强超大城市风险治理能力

Group 1 - The core viewpoint emphasizes the need to enhance urban planning, construction, and governance levels in super-large cities, focusing on building resilient, livable, and smart cities to address complex disaster risks [1] - The Central Urban Work Conference in July 2025 outlined seven key tasks, including the construction of safe and resilient cities, highlighting the importance of public safety governance and risk prevention [1] - The concept of "people first" and "life first" is crucial in strengthening the urban safety prevention system and enhancing disaster response capabilities in super-large cities [1] Group 2 - Strengthening digital empowerment is essential for forming a dynamic risk prevention system that adapts to the complexities of super-large cities, utilizing real-time data monitoring and intelligent algorithms for timely risk intervention [2] - Examples from Shanghai and Shenzhen illustrate the successful integration of various data sources to enhance emergency response mechanisms and prevent urban safety risks [2] - The use of big data, cloud computing, blockchain, and artificial intelligence is vital for improving urban governance and risk management capabilities [2] Group 3 - The Central Urban Work Conference proposed advancing the construction of urban infrastructure safety projects, which are critical for ensuring the safe operation of cities [3] - Urban lifelines, including gas, heating, water supply, drainage, bridges, and tunnels, are interconnected and essential for supporting urban socio-economic activities [3] - The "14th Five-Year Plan" aims to update and renovate 840,000 kilometers of underground pipelines, emphasizing the need for comprehensive risk prevention and emergency coordination mechanisms [3] Group 4 - Establishing a full-cycle elastic response mechanism is crucial for constructing a risk governance system in super-large cities, focusing on resilience through the phases of resistance, recovery, and upgrading [4] - The resistance phase ensures core urban functions continue during shocks, while the recovery phase emphasizes efficient post-disaster reconstruction [4] - The upgrading phase aims to enhance urban development quality and competitiveness through systemic reforms, transitioning from passive to proactive risk management [4]