Core Viewpoint - Guizhou province is actively implementing an ecological monitoring and restoration strategy, achieving significant improvements in water quality and environmental health through innovative technologies and collaborative efforts. Group 1: Ecological Monitoring - Guizhou has established a comprehensive ecological monitoring system with 4,157 monitoring points and 515 automatic monitoring stations, ensuring thorough oversight of air, water, and soil quality [1] - The province employs drones and unmanned boats for monitoring, creating a multi-dimensional protection network that enhances pollution detection and response [1] Group 2: Water Quality Improvement - The water quality of 119 national control sections in Guizhou has a good rate of over 98.3% [1] - Nine central cities in Guizhou achieved an air quality good days ratio of 99.1%, ranking among the best in the country [3] - All 23 major river exit sections in Guizhou maintain 100% good water quality [5] - The water quality compliance rate for centralized drinking water sources at the county level and above is 100%, ensuring safe drinking water for the population [7] Group 3: Ecological Restoration - Guizhou has restored over 1.64 million acres of land, becoming the national leader in rocky desertification control, reducing its rocky desertification area from first to second in the country [9] - The ecological integrity of the Chishui River, a key tributary of the Yangtze River, is the best in the region, with native fish species reappearing [11] - The forest coverage rate in Guizhou remains stable at 63.3%, with soil erosion control covering 16,000 square kilometers and soil conservation rates improving to 75.23% [11] - The coverage of submerged plants in the Caohai Wetland exceeds 80%, with the reappearance of the nationally protected plant, seaweed flower, symbolizing ecological improvement [13] Group 4: Innovative Collaboration - Guizhou collaborates with neighboring provinces to establish a cross-province ecological compensation mechanism, promoting shared responsibilities and benefits [15] - The province has made breakthroughs in carbon trading related to soil and water conservation, transforming ecological value into economic benefits [15]

我省将以监测站成立为契机，进一步完善联防联控机制，强化科技支撑，持续推进互花米草除治和 生态修复工作，维护辽宁省滨海湿地生态系统稳定和生物多样性。 破坏生物多样性，侵占候鸟栖息地，威胁水产养殖，影响航运和防洪……互花米草现已成为全球滨 海湿地生态系统中最严重的入侵植物。近日，辽宁省互花米草监测站合作共建签约暨揭牌仪式在盘锦举 行，标志着我省在互花米草防治工作上迈出关键一步。 互花米草是禾本科米草属多年生草本植物，原产于北美东海岸及墨西哥湾，具有根系发达、耐盐耐 淹、繁殖力强、种群扩散快和入侵能力强等特性。此次成立的互花米草监测站，是省林草局与沈阳农业 大学深化合作的重大成果。监测站将依托沈阳农业大学雄厚的科研实力和盘锦湿地生态系统国家野外科 学观测研究站的平台优势，重点开展互花米草入侵监测、防治技术研究和示范推广等工作，为全省互花 米草科学防治提供强有力的技术支撑。 ...