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我国农业面源污染立体监测评估业务体系构建与应用

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本文立足于我国农业面源污染监测评估现状,结合生态环境部监管职能,以水生态环境持续改善为监管目标,结合现代化高质量发展的国家战略要求,构建了以"天地协同监测、模型评估核算"为主要技术路线的农业面源污染立体监测评估业务体系,形成了嵌套式点面结合"一张网"、遥感驱动式"一平台"的全覆盖立体监测评估核算系统。目前,本体系构建方法已应用到生态环境部全国农业面源污染监测评估业务工作中,2022年形成了国家250 m、省级30m及区域2m遥感多尺度监测和175个监测区及1 936个监测点位地面传统监测相结合的监测网络。本文将从农业面源污染监测评价体系顶层设计、"一张网"监测评估业务体系构建和全国多级业务平台建设应用等方面具体阐述体系构成和应用情况,并进一步总结目前监测体系建设中存在的问题和未来建设方向,以期推动以水生态环境改善为核心的我国农业面源污染立体监测评估业务体系不断发展完善。
Construction and application of stereo monitoring and evaluation system for agricultural non-point source pollution in China
Based on the agricultural non-point source(NPS)pollution monitoring and evaluation status in China and the supervision functions of the Ministry of Ecology and Environment(MEE),with the supervision goal of continuous improvement of water ecological environment and the national strategic requirements of modern and high-quality development,a comprehensive technical system for national agricultural NPS pollution monitoring and evaluation was constructed using space-sky-ground monitoring collaborative monitoring and model simulation,a full coverage stereo monitoring and evaluation system was formed which combines"one net"with nested point and surface and"one platform"driven by remote sensing technology.Current,this system construction method had been used by MEE to carry out national agricultural NPS pollution monitoring work,since 2022,a national stereo monitoring network for agricultural NPS pollution had been initially established which combines multi-scale remote sensing monitoring of national 250-meter,provincial 30-meter,and regional 2-meter scales and ground traditional monitoring of 175 monitoring zones and 1 936 monitoring points.The composition and application of stereo monitoring and evaluation system were introduced in this study from multiple aspects,including the overall framework,stereo monitoring network and application demonstration.Finally,the existing problems and future development suggestions were summarized to promote the optimization of the stereo monitoring and evaluation system for agricultural non-point source pollution of China and formulate effective water environment improvement management strategies.

water environment improvementagricultural non-point source pollutionstereo monitoring networkprofessional platform applicationoptimization and improvement

王雪蕾、张建辉、董明丽、高吉喜

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生态环境部卫星环境应用中心,北京 100094

生态环境部生态环境监测司,北京 100006

水生态环境改善 农业面源污染 立体监测网 业务平台应用 优化改进

2024

农业环境科学学报
农业部环境保护科研监测所 中国农业生态环境保护协会

农业环境科学学报

CSTPCD北大核心
影响因子:1.52
ISSN:1672-2043
年,卷(期):2024.43(12)