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An integrated approach to place Green Infrastructure strategies in marginalized communities and evaluate stormwater mitigation

机译:边缘化社区中绿色基础设施策略的综合办法,评价雨水缓解

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Increasing urbanization augments impervious surface area, which results in increased run off volumes and peak flows. Green Infrastructure (GI) approaches are a decentralized alternative for sustainable urban stormwater and provide an array of ecosystem services and foster community building by enhancing neighborhood aesthetics, increasing property value, and providing shared green spaces. While projects involving sustainability concepts and environmental design are favored in privileged communities, marginalized communities have historically been located in areas that suffer from environmental degradation. Underprivileged communities typically do not receive as many social and environmental services as advantaged communities. This research explores GI-based management strategies that are evaluated at the watershed scale to improve hydrological performance by mitigating storm water run off volumes and peak flows. GI deployment strategies are developed to address environmental justice issues by prioritizing placement in communities that are underprivileged and locations with high outreach potential. A hydrologic/hydraulic stormwater model is developed using the Storm Water Management Model (SWMM 5.1) to simulate the impacts of alternative management strategies. Management scenarios include the implementation of rain water harvesting in private households, the decentralized implementation of bioretention cells in private households, the centralized implementation of bioretention cells in municipally owned vacant land, and combinations of those strategies. Realities of implementing Cl on private and public lands are taken into account to simulate various levels of coverage and routing for bioretention cell scenarios. The effects of these strategies are measured by the volumetric reduction of run off and reduction in peak flow; social benefits are not evaluated. This approach is applied in an underprivileged community within the Walnut Creek Watershed in Raleigh, North C
机译:增加城市化增强了不透水的表面积,这导致耗尽耗尽量和峰值流动。绿色基础设施(GI)方法是可持续城市雨水的分散替代方案,并通过加强邻域美学,增加财产价值并提供共享绿地,提供一系列生态系统服务和培养社区建设。虽然涉及可持续发展概念和环境设计的项目在特权社区受到青睐,但边缘化社区在历史上位于遭受环境退化的地区。贫困社区通常不会接收尽可能多的社会和环境服务作为优势社区。本研究探讨了在流域规模上评估的基于GI的管理策略,以通过减轻雨水流出体积和峰值流动来改善水文性能。通过在贫困的社区安排和具有高州潜在的地方的优先级,制定了GI部署策略来解决环境司法问题。使用雨水管理模型(SWMM 5.1)开发了一种水文/液压雨水模型来模拟替代管理策略的影响。管理情景包括在私人家庭中实施雨水,分散实施私人家庭中的生物化细胞,私人空置土地的集中实施,以及这些战略的组合。考虑到在私人和公共土地上实施CL的现实,以模拟生物传播细胞情景的各种覆盖率和路由。这些策略的效果是通过体积减少和峰值流量的体积减少来衡量的;无法评估社会福利。这种方法适用于北C罗利克莱恩河流域的贫困社区中

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