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Analysis of Methodologies for Assessment of Urban Drainage Impacts in Lakes and Reservoirs

机译:湖泊和水库城市排水影响评估方法的分析

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The water quality of rivers, lakes or reservoirs changes in both short and long term. For a given catchment withknown pollution sources, different combinations of hydrologic and pollutants discharges scenarios may result in differentimpacts in the water quality. The objectives of the present work were to analyze the methodologies currently used for assessmentof pollution impacts in lakes and reservoirs, and to get an insight on how much research focus on urban drainageas a pollution source. Based on the evaluation of a sample of 17 papers, dated between 2000 and 2012, from differentcountries it was concluded that monitoring data is the most used method for studies in water quality of lakes and reservoirs.Records from historical databases or from continuous monitoring are used by some authors; but most of the time theresearch includes a designed monitoring program. It was interesting to realize that the application of three different methodologies- i) simple modeling; ii) simple monitoring and iii) analysis of long term monitoring data - to assess the impactsof road runoff and agriculture discharges in a reservoir in Central Portugal resulted in similar conclusions, emphasizingthe importance of long duration monitoring records. Most of the analyzed papers evaluated agriculture pollutants. Nevertheless,it has been proved that road runoff may discharge pollutants in concentrations that exceed the limits for pointwastewater discharges; therefore it seems there are improvements that should be made in future studies of pollutant impactsin lakes and reservoirs.
机译:河流,湖泊或水库的水质短期和长期都在变化。对于具有已知污染源的给定流域,水文和污染物排放情景的不同组合可能导致对水质的不同影响。本工作的目的是分析目前用于评估湖泊和水库污染影响的方法,并了解有多少研究集中在城市排水作为一种污染源上。根据对2000年至2012年不同国家的17篇论文的样本评估,得出的结论是,监测数据是研究湖泊和水库水质的最常用方法,使用了历史数据库或连续监测的记录一些作者但大多数情况下,搜索都包含设计好的监视程序。有趣的是认识到三种不同方法的应用-i)简单建模; ii)简单的监测和iii)长期监测数据的分析-评估葡萄牙中部水库道路径流和农业排放的影响得出了类似的结论,强调了长期监测记录的重要性。大多数分析论文都对农业污染物进行了评估。然而,事实证明,道路径流排放的污染物浓度可能超过了点废水排放的极限。因此,在未来的湖泊和水库污染物影响研究中似乎应该进行改进。

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