雨水花园对城市环境质量的影响(以敖德萨市为例)

G. Kyselovа, V. Kyselov, M. Kramarenko
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摘要

本文讨论了城市环境的可持续发展问题,除了城市和建筑方面的问题外,还包括城市生态问题。其中一个需要解决的重要问题是城市污水的管理。从长远来看,有必要投资可持续的基础设施,升级城市系统和种植绿色空间。雨水管理使您能够应用综合方法来解决这个问题,并提高城市的经济效率。然而,在这个问题上的投资是长期的,问题的另一种解决方案可能是在城市空间中安排雨水花园。本研究的主要目的是全面分析雨水花园作为可持续城市发展战略的一部分。该研究的方法论基础是与研究改善城市规划、城市地区生态、文化景观理论和城市生态框架理论等问题有关的一些科学著作。本文论述了世界上园林的实例,其主要任务是收集雨水。通过对世界经验的分析,我们可以得出结论,雨园既可以作为景观建筑的一个单独对象,也可以作为城市空间的一个元素。现代研究表明,即使气温降至零度以下,生物排水结构(由大型花园和公园组成)也能有效改善水质和维持水文功能。研究表明,通过适当的选址分析、仔细的设计和负责任的植物选择,生物排水系统即使在气候寒冷的地区也能很好地工作。除了履行其基本功能外,雨花园还具有美学成分-它们是装饰,公园步行道,城市街道,道路和公共建筑中的美丽元素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
INFLUENCE OF RAIN GARDENS ON THE QUALITY OF THE URBAN ENVIRONMENT (ON THE EXAMPLE OF THE CITY OF ODESSA)
The article deals with the problems of sustainable development of the urban environment, which in addition to urban and architectural aspects include the problems of urban ecology. One of the important issues that needs to be addressed is the management of urban wastewater. In the long run, it is necessary to invest in sustainable infrastructure, upgrade urban systems and plant green spaces. Stormwater management allows you to apply a comprehensive approach to solving this problem, and to increase economic efficiency city. However, investments in this problem are of a long-term nature, and alternative solution of the problem could be the arrangement of rain gardens in urban space. The main purpose of this study is to comprehensively analyze rain gardens as part of a sustainable urban development strategy. The methodological basis of the study was a number of scientific works related to the study of issues related to the improvement of urban planning, ecology of urban areas, as well as the study of the theory of cultural landscape and the theory of the ecological frame of the city. The article deals with the world examples of gardens, the main task of which is rainwater harvesting. Based on the analysis of world experience, we can conclude that rain gardens can be designed as a separate object of landscape architecture or as an element of urban space. Modern research has shown that bio-drainage structures (consisting of large gardens and parks) can be effective for improving water quality and maintaining hydrological function, even when the air temperature drops below zero. Studies show that, with proper site analysis, careful design and responsible plant selection, bio-drainage systems can work well even in regions with cold climates. In addition to performing their basic functions, rain gardens have an aesthetic component - they are beautiful elements of decoration, walkings paths in the park, city streets, roads and public buildings.
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