水资源保护2016，Vol.32Issue(2)：30-34,5.DOI:10.3880/j.issn.1004-6933.2016.02.007
水量水质系统控制的流域水系连通方案
Watershed system connectivity scheme based on water quantity and quality control system
摘要
Abstract
A case study was conducted in the Datiangang Basin in Linhai City.The comprehensive benefits of water quantity and quality, and the key factors, including the basin’ s terrain, the characteristics of sub-basins, the types of land use, and the population distribution were considered in the study.ArcGIS was used to analyze and calculate the key factors of rainstorm and water quality management in the basin, and the water system connectivity scheme was developed through runoff analysis in the Datiangang Basin of Linhai City.The MIKE11 model was used to build the runoff-hydrodynamic-water quality coupling model, and the optimal connectivity scheme based on the water quantity and quality control system was determined, in order to construct the rainstorm and flood safety and water quality safety pattern.The results show that the established one-dimensional coupled model has strong applicability in the Datiangang Basin, and the optimal scheme meets the requirements of flood drainage in the basin and enables the water quality compliance rate to exceed 90%.关键词
水量/水质/水系连通/耦合模型/大田港流域Key words
water quantity/water quality/water system connectivity/coupled model/Datiangang Basin分类
建筑与水利引用本文复制引用
田传冲,陈星,湛忠宇,卢婉莹..水量水质系统控制的流域水系连通方案[J].水资源保护,2016,32(2):30-34,5.基金项目
国家自然科学基金 （）
