首页|基于GIS的地表水水质走航监测研究

基于GIS的地表水水质走航监测研究

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在水质生态环境监测领域引入无人监测船等高新技术,依托多参数分析仪和流动注射分析设备,同时借助水下侧扫声呐技术与人工检查手段,对浙江某地河段水域空间实施全方位、高密度的实时、实地水质走航监测.结果表明,走航监测能够全面、快速掌握所监测河段水环境质量状况,并利用地理信息系统(GIS)数据支撑绘制出各指标浓度变化趋势图,结合现场声呐扫描和人工排查结果,筛查出该河段受污染区域、主要污染因子及其可能的污染来源,为精准开展河段污染整治、有效改善水环境质量提供更为翔实、可靠的依据.
Research on surface water quality navigation monitoring based on GIS
In the field of water quality and ecological environment monitoring,high-tech such as un-manned monitoring vessels were introduced,and multi-parameter analyzer and flow injection analysis equipment were used.At the same time,underwater side-scan sonar technology and manual inspec-tion methods were used to implement all-round,high-density real-time and on-site water quality monitoring in a river section in Zhejiang.The results showed that the water environment quality status of the monitored river section could be comprehensively and quickly obtained by the navigation moni-toring,and the concentration trend of each indicator was drawn by using geographic information sys-tem(GIS)data.Combined with the results of on-site sonar scanning and manual investigation,the polluted areas,main pollution factors and possible pollution sources of the river section were screened out,which provided a more detailed and reliable basis for precise pollution control and effective im-provement of water environment quality.

navigation monitoringmulti-parameter analyzerflow injectionsside sweep sonargeo-graphic information systemconcentration trend graph

吴嘉鹏、许亚璐、楼振纲

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浙江省生态环境监测中心,杭州 310012

走航监测 多参数分析仪 流动注射 侧扫声呐 地理信息系统(GIS) 浓度趋势图

2024

环保科技
贵州省环境科学研究设计院

环保科技

影响因子:0.342
ISSN:1674-0254
年,卷(期):2024.30(5)