摘要
针对当前京津风沙源治理工程监测存在的时间分辨率低、空间分辨率低、内容单一等问题,借鉴管理单元网格化、日常监管动态化、专业处置高效化、考核评价科学化的网格化管理核心思想,提出了以组织体系、运行体系、保障体系、评价体系、网格化监测系统为主要内容的"四体系一系统"京津风沙源治理工程网格化监测体系,建立了一个发现、立案、处置的三段式封闭反馈环监测流程,实现了以网格为基本单位,精确、实时、高效地完成监测对象的定位和数据采集的网格化监测。
To solve low spatiotemporal resolution of Beijing-Tianjin sand source control engineering(BTSSCE)monitoring,grid-based monitoring which borrows core ideas from grid-base management is put forward.The core ideas of grid-based management include management unit,dynamic routine supervision,highly effective professional disposal,and scientific evaluation.Grid-based monitoring system of BTSSCE includes the organization subsystem,operation subsystem,security subsystem,evaluation subsystem,grids monitoring subsystem.The main process of monitoring is a 3-section closed feedback loop which includes discovery,record,and disposal.It can complete localization and data acquisition of monitoring object accurately,timely and efficiently.
出处
《工程勘察》
CSCD
北大核心
2011年第7期74-77,85,共5页
Geotechnical Investigation & Surveying
基金
"十一五"国家科技支撑计划项目"森林资源综合监测技术体系研究"的"国家重点林业生态工程监测与评价系统研究"专题(2006BDA23B0505)
关键词
京津风沙源治理工程
网格化管理
监测
时间分辨率
空间分辨率
Beijing-Tianjin sand source control engineering
grid-based management
monitoring
temporal resolution
spatial resolution