长株潭生态绿心探索转型新模式 水安全格局与流域修复并行

Core Viewpoint - The Longzhutan Ecological Green Heart is exploring new models for green transformation and development, supported by a recent implementation plan from the National Development and Reform Commission [2][3]. Group 1: Development and Infrastructure - The green heart area has improved transportation conditions, significantly reducing concerns about seedling transportation losses, which has positively impacted business growth [2]. - The area covers 529.79 square kilometers, integrating 10 counties and 21 townships, with a blue-green space ratio of 79.70% [2]. - The average development intensity in the region is 14.24%, making it a model for cross-administrative coordination and urban-rural integration [2]. Group 2: Policy and Strategic Support - The National Development and Reform Commission has approved a development plan for the Longzhutan urban agglomeration, aiming to establish a globally influential ecological green heart [3]. - The recent implementation plan is a systematic deployment to support the green transformation of the green heart, based on thorough research and experience [3]. Group 3: Ecological and Environmental Initiatives - The implementation plan emphasizes a comprehensive ecological project, focusing on water safety and integrating ecological restoration with flood risk management [4]. - It proposes utilizing natural water bodies for flood regulation and optimizing drainage layouts to enhance regional water security [4]. - The plan aims to drive industrial and energy structure optimization through ecological protection, promoting high-quality regional development [4]. Group 4: Transportation and Energy - The plan includes constructing a multi-layered green transportation network to reduce carbon emissions from cross-regional commuting [4]. - It promotes the adoption of electric vehicles in public sectors and aims for comprehensive electrification of public transport [4]. - The initiative also involves intelligent upgrades to transportation infrastructure to improve operational efficiency and energy utilization [4].