GIS平台生态水环境污染自动监控研究

Research on Automatic Monitoring of Ecological Water Environment Pollution Using GIS Platform

传统的水环境污染监测通常需要人工在特定时间点采样,无法实现连续监测,使得水环境污染监测精度降低。为提高生态水环境污染自动监控的精确性,提出应用GIS平台的生态水环境污染自动监控研究。通过构建基于GIS技术的水环境总量监控数据集成平台,完成生态水环境质量的快速查询和可视化表达;以该平台为基础,选择多项环境监控指标对南四湖流域水质展开监控,获取生态水环境污染监控信息,并实施信息融合及综合污染评价,实现生态水环境污染的高效监控。实验测试结果表明,验证应用GIS平台的生态水环境污染自动监控研究的有效性。

Traditional water environment pollution monitoring usually requires manual sampling at specific time points,which cannot achieve continuous monitoring and reduces the accuracy of water environment pollution monitoring.To improve the accuracy of automatic monitoring of ecological water environment pollution,a study on automatic monitoring of ecological water environment pollution using GIS platform is proposed.By constructing a water environment total monitoring data integration platform based on GIS technology,this study visualized the quality of ecological water environment.Based on this platform,multiple environmental monitoring indicators are selected to monitor the water quality of the Nansihu Lake Basin,obtain ecological water environmental pollution monitoring information,and implement information fusion and comprehensive pollution assessment to achieve efficient monitoring of ecological water environmental pollution.The experimental test results indicate the effectiveness of the research on automatic monitoring of ecological water environment pollution using GIS platform.