CRWS-mountain Project:Coordinate remediation techniques and devices for water-soil pollution in moun

来源 :山地科学学报(英文版) | 被引量 : 0次 | 上传用户:gloria2
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
Rural environmental governance is an important strategy to achieve the goal of building“green liveable villages” in China.However,studies on technology and devices for pollution remediation focus mainly on urban areas;in this regard,few studies have focused on rural areas,especially mountainous or hilly areas with interflow.Coordinate remediation techniques and devices for water-soil restoration in mountain areas (CRWS-mountain),a subprojeet of the “environmental monitoring and remediation in rural areas” project (ERM-rural project),was undertaken to develop techniques and devices for coordinating the restoration of water and soil in rural mountainous and hilly areas with interflow.The CRWS-mountain project will attempt to explore the mechanisms of pollutant transportation and transformation in the interflow-soil-surface water system,establish in-situ and heterotopic remediation systems in landfill,towns and surrounding areas,and construct a comprehensive system for “polluted soil-interflow-surface water” by integrating all the technologies and devices at Yanting,a typical rural mountainous hilly area in Sichuan,Southwest China.We expect that after using this comprehensive system,the water quality will meet the requirements for local water function zoning.The operation cost is 10%lower than that of the existing urban equipment.
其他文献
在高中物理规律的教学中,传感器相较于传统实验器材,具有精度高、误差小、性能稳定、便于展示等特点,更容易实现物理规律的定量探究.文中通过定量探究法拉第电磁感应定律、定量探究闭合电路欧姆定律两个教学案例,说明传感器在高中物理实验教学中的应用效果,并对案例的创新点及效果进行评价,得出传感器在高中物理规律教学中的应用启示.
The settlement of widened highway subgrade in mountainous area is not only affected by the interaction between new and existing subgrade,but also seriously restricted by the external retaining wall.Based on the practical engineering of half-filled and hal
Spatial interpolation is an important method in the process of DEM construction.However,DEMs constructed by interpolation methods may induce serious distortion of surface morphology in areas lack of terrain data.In order to solve this problem,this paper p
The gully is the most dynamic and changeable landform unit on the Loess Plateau,and the characteristics of gully landforms are key indicators of gully evolution.Different gully profiles are connected and combined through runoff nodes.Thus,it is necessary
Transport-based social exclusion is currently a serious social problem in Poland,and one which is apparently most severe at the level of the county(Polish powiat)in the south-east of the country,including the Beskid Niski and Bieszczady Mountains.A deeper
The Nu-Salween River(NSR),the longest free-flow river in Southeast Asia,plays an irreplaceable role in social development and ecological protection.The lower NSR region is particularly valuable as it is inhabited by approximately 6.7 million people.The ba
Whereas loess-mudstone landslides are widely distributed and frequently occurred at the loess Plateau,this type of landslides is hard to detect due to its particularity,and easily generates serious losses.To clarify the shear characteristics and formation
Landslides are common hazards in orogenic belt areas.However,it is difficult to quantitatively express the driving effects of tectonic uplift and stream erosion on the occurrence of landslides on large spatial scales by conducting field investigations.In
Interregional migration has broad and far-reaching impacts on regional urbanization process in ethnic minority areas of Southwest China.The previous literature of interregional migration paid less attention on the ethnic minority areas with fragile geogra
The in-situ stress field is a key factor controlling the successful construction of a large number of underground structures in mountainous areas,and is intensively affected by the mountain-valley topography.The effects of mountain-valley morphology (the