合肥完善机制破解“多头管”难题在创新中狠抓落实丨同题共答护巢湖

Core Viewpoint - The article highlights the efforts of Hefei City in Anhui Province to enhance ecological environment protection through a collaborative supervision mechanism for the comprehensive governance of Chaohu Lake, addressing long-standing issues such as illegal construction along the shoreline and unauthorized wastewater discharge [1][2]. Group 1: Supervision Mechanism - The establishment of a collaborative supervision area for Chaohu Lake governance aims to overcome challenges posed by regional jurisdiction and functional division, enabling efficient problem rectification [1]. - The collaborative supervision model integrates supervisory forces across regions and departments, ensuring timely detection and resolution of issues [1][2]. Group 2: Case Study - A specific case involved the discovery of a livestock farm illegally occupying a first-level water protection zone, leading to significant ecological damage due to wastewater discharge [2]. - Following the report of the issue, immediate actions were taken, including the demolition of the illegal structure and accountability measures against responsible officials [2]. Group 3: Dynamic Supervision - The dynamic supervision model focuses on problem areas, allowing supervisory forces to concentrate where issues arise, fostering information sharing and collaborative efforts among member units [2][3]. - A "dynamic database of problem clues" has been established to address complex cross-regional and cross-departmental issues through joint supervision [3]. Group 4: Results and Future Plans - Continuous supervision has led to significant improvements in water quality, with Chaohu Lake's water quality stabilizing at Class IV, aiming for Class III by 2025 [4]. - The ecological environment has improved, benefiting local wildlife and enhancing the quality of life for residents around the lake [4]. - Future plans include refining the supervision model and focusing on new governance tasks to ensure effective ecological environment quality improvement [4].