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How urban structure can affect city sustainability from an air quality perspective

机译:从空气质量的角度看城市结构如何影响城市可持续发展

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摘要

Despite the progress made in controlling local air pollution, urban areas show increasing signs of environmental stress and air quality is one of the major concerns. The findings of several studies provide evidence that the shape of a city and the land use distribution determine the location of emission sources and the pattern of urban traffic, affecting urban air quality. This work focuses on the potential impacts of different land use patterns on urban air quality. Three imaginary cities were created, based on alternative urban planning strategies, considering different land use patterns: from the scenario of urban sprawl to the opposite scenario of a compact city with mixed land use. The mesoscale photochemical system MEMO/MARS was applied to evaluate the urban air quality in each of the idealized city structures. Simulation results indicate that more compact cities with mixed land use provide better urban air quality compared to disperse and network cities.
机译:尽管在控制本地空气污染方面取得了进展,但城市地区仍显示出越来越大的环境压力迹象,空气质量是主要问题之一。多项研究的结果提供了证据,表明城市的形状和土地利用分布决定了排放源的位置和城市交通的模式,从而影响了城市的空气质量。这项工作着眼于不同土地利用方式对城市空气质量的潜在影响。基于替代的城市规划策略,考虑了不同的土地利用模式,创建了三个虚拟城市:从城市蔓延的情景到与土地混合使用的紧凑型城市的相反情景。中尺度光化学系统MEMO / MARS被用于评估每个理想化城市结构中的城市空气质量。仿真结果表明,与分散型和网络型城市相比,土地混合使用的紧凑型城市提供了更好的城市空气质量。

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