首页> 外文会议>NATO Advanced Research Workshop on Sustainable Use and Protection of Groundwater Resources >Integrated Water Resources Management: Approach to Improve River Water Quality in the Western Bug River Basin
【24h】

Integrated Water Resources Management: Approach to Improve River Water Quality in the Western Bug River Basin

机译:综合水资源管理:提高西部河流河流域河水质量的方法

获取原文

摘要

The Western Bug is a transboundary river with relevant environmental impact on the Vistula and the Baltic Sea. On entering the EU it must comply with the European Water Framework Directive, which demands an integrated water resources management (IWRM) on river basin scale. In this paper a systematic approach addressing the IWRM principles is proposed and applied for the upper part of the Western Bug. The existing pollution regime in the W.Bug catchment area to the gauge W.Bug - Kamianka Buska is assessed by application of a five step methodology including system screening, compilation of pressures, comparison with biological status, detailed process analysis of relevant interactions, definition of response measures based on a multi-criteria evaluation. Survey of previous studies, analysis of regional monitoring data, MFA modelling with MONERIS tool and carried measurements campaigns have shown, that in a row with extremely high point source input load on a watershed border (Lviv WWTP), such diffuse sources of nutrients as tile drained areas, rural areas without waste water treatment and erosion compose a nutrients input over an entire basin (approx. 2,500 km2) comparable to the mentioned point source. Moreover, the emission patterns partitioning is different for DIN and TP. During the measurements campaign the results of MFA modelling were supported and other deficits, such as extinction of the natural Poltva river ecosystem and nitrate pollution of the uppermost aquifers were found. Therefore, for detailed process analysis two main subsystems have been identified: (i) River Poltva and River Bug downstream from the confluence with the River Poltva, (ii) the uppermost aquifers. Already at this stage of study it was found that water quality formation in W.Bug is subject to acute deficits in the settlements sanitation systems in the basin while diffuse pollution due to agricultural activities is (under the current socio-economic conditions) of lower relevance.
机译:西方的错误是一个跨界河流有维斯瓦河和波罗的海相关的环境影响。在进入欧盟必须符合欧盟水框架指令,它要求在流域尺度的水资源综合管理(水资源综合管理)。本文提出了一种系统化的方法解决水资源综合管理原则,并应用于西错误的上部。在W.Bug集水区的计W.Bug现有污染政权 - 卡米安卡Buska通过五步方法的应用,包括系统筛选,压力汇编,生物状态相比,相关的相互作用的详细过程分析,定义评估的基础上的多标准评估的应对措施。以前的研究,区域监测数据的分析,MFA建模与MONERIS工具进行测量活动的调查显示,在上一个分水岭边界(利沃夫污水处理厂),营养成分如瓷砖等面源具有非常高的点源输入负载行排出区域,而不废水处理和侵蚀农村撰写营养素输入在整个盆地(约2500平方公里)媲美的上述点声源。此外,发射图案划分为DIN和TP不同。在测量过程中运动MFA建模的结果支持,并找到了其它缺陷,如天然波尔特瓦河生态系统和最上面的含水层的硝酸盐污染的灭绝。因此,对于详细的处理分析两个主要的子系统已经确定:(ⅰ)河Poltva和河错误从与河Poltva汇合处下游,(ii)所述最上面的含水层。已经在这个阶段的研究发现,在W.Bug水质的形成是较低的相关性受限于盆地,而面源污染是由于农业活动是定居点卫生系统急性赤字(目前的社会经济条件下) 。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号