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Analysis Of Possible Areas For Rain Gardens Implementation In Plano Piloto, Brasília- Df

机译:巴西利亚-普莱诺州普莱诺-皮洛托市实施雨水花园的可能区域分析

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The rainwater is a crucial element in the hydrologic cycle, however, due to human impacts in the environment, this cycle does not work as it should. Roads, highways, buildings, and other kinds of constructions are necessary in a community. These paved areas rely on build drainage systems to function properly, otherwise, the areas impact the waterway and consequently cause serious flooding, such as the ones near to Banco do Brasil, that is a recurring case of flooding’ over the last few years. In large cities, the lack of sustainable and green stormwater infrastructure is marked; That is why this study applies to the area of Plano Piloto- Brasília DF. The identification of these possible flooding areas was performed by analyzing the density and drainage order of the region, along with the calculation of the topographic factor (LS), belonging to the Universal Soil Loss Equation (USLE). Thus, this research aimed to locate the ideal areas for the implantation of rain gardens; A shallow depression to capture, temporarily pond, and absorb run-off water from impervious surfaces, for instance roofs and pavement, as Cityofames has shown (2016).
机译:雨水是水文循环中的关键要素,但是,由于人类对环境的影响,该循环无法正常工作。社区中必须有道路,高速公路,建筑物和其他类型的建筑。这些铺砌的区域依靠建筑物的排水系统正常运行,否则,这些区域会影响水路,从而导致严重的洪水泛滥,例如巴西银行附近的洪水泛滥,这是近几年来经常发生的洪水案例。在大城市,明显缺乏可持续的绿色雨水基础设施。这就是为什么这项研究适用于PlanoPiloto-BrasíliaDF地区的原因。通过分析区域的密度和排水顺序以及计算地形系数(LS)来确定这些可能的洪水区域,该地形系数属于通用土壤流失方程(USLE)。因此,本研究旨在找到理想的雨水花园植入区域。如Cityofames(2016)所述,一个浅洼地,用于捕获,临时蓄水池和吸收不透水表面(例如屋顶和人行道)中的径流水。

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