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Agent-based assessment of stormwater re-use potential of low-impact development control facilities at the site of Vlasina Lake, Serbia

机译:基于代理的塞尔维亚弗拉西纳湖遗址低影响力开发控制设施雨水再利用潜力评估

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摘要

Vlasina Lake in south-east Serbia is classified as an Area of Distinct Land Use and, as such, is subject to high environmental protection standards applied in the Master Plan. Two open channels for stormwater and sediment transportation to two large detention basins with pumping stations for water evacuation into the lake were envisaged in the Master Plan. In the preliminary design, the stormwater system was quite different: wherever possible, on-site natural features were used for allocation of ponds, and drainage channels were led through existing road culverts. The applied design concept has been low impact development (LID), which led to potential blue-green corridors, recognized by project stakeholders. The paper studies the possibility of using ponds as a key element of both the LID concept and the blue-green corridors approach. For that purpose, an initial Vlasina Lake site agent-based simulation model has been created. A realistic physical model is included, and simulation results for two hypothetical climatic and socio-economic scenarios are presented. From the experience in creating the agent-based model, and based on the simulation results, recommendations are given for further work. It is shown that ponds have potential for the investigated water re-use purposes.
机译:塞尔维亚东南部的弗拉西纳湖被划为不同的土地利用区,因此,要遵守总体规划中适用的高环保标准。总体规划中设想了两条通向雨水和沉积物的通向两个大滞洪区的通道,这些通向两个大滞留区的排水站有抽水站。在初步设计中,雨水系统大不相同:在可能的情况下,使用现场自然特征分配池塘,并通过现有的涵洞引导排水渠。应用的设计概念一直是低影响开发(LID),它导致了潜在的蓝绿色走廊,并受到了项目利益相关者的认可。本文研究了将池塘用作LID概念和蓝绿色走廊方法的关键要素的可能性。为此,已创建了一个基于Vlasina Lake站点代理的初始仿真模型。包括一个实际的物理模型,并给出了两个假设的气候和社会经济情景的模拟结果。从创建基于代理的模型的经验以及基于仿真结果的角度,提出了进一步工作的建议。结果表明,池塘有潜力用于所研究的水的再利用目的。

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