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GIS-Based Ecosystem Service Analysis of Green Infrastructure

机译:基于GIS的绿色基础设施生态服务分析。

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To restore and sustain urban stream or river water quality, many cities have been devoting to a green infrastructure, and federal agencies have started collaborating to help the community invest in green roof, roadside rain gardens and increased tree canopies. The objective ofthis study is toanalyze the ecosystem benefit of the green stromwaterinfrastructurethat applies to managing stormwaterquantity and quality.Using an ArcGIS-based modelling tool, we quantitatively analyzedthe ecosystem service of green roofs. The results show that constructing green roofs on the rooftops of 2% of the impervious areas or building can reduce up to 166% and 32% storm water runoff in Rock Creek and Anacostia River sub-watersheds in Washington DC, respectively. This can save up to $21.4 million in building storage tanks to store total runoff volume. Improving green roof and tree canopy areas can significantly reduce the negative impact of urban storm water runoff and therebyimprove urban-stream water quality.
机译:为了恢复和维持城市河流或河流的水质,许多城市一​​直致力于绿色基础设施建设,联邦机构已开始合作以帮助社区投资绿色屋顶,路边雨林和增加的树冠。本研究的目的是分析适用于管理雨水量和水质的绿色地层水基础设施的生态系统效益。使用基于ArcGIS的建模工具,定量分析了绿色屋顶的生态系统服务。结果表明,在不透水区域的2%的屋顶上建造绿色屋顶或在华盛顿特区的Rock Creek和Anacostia河子流域分别减少高达166%和32%的雨水径流。这可以节省高达2140万美元的建筑物储罐来存储总径流量。改善屋顶绿化和树冠区域可以大大减少城市雨水径流的负面影响,从而改善城市溪流水质。

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