基于自然的解决方案和建筑:文献综述和议程:用一栋栋建筑改造我们的城市

Suzanne Kandel , Niki Frantzeskaki
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引用次数: 0

摘要

仔细观察建筑环境就会发现,利用基于自然的解决方案改造建筑物以提高气候适应能力的机会蕴藏其中。为了了解建筑物在促进城市转型方面的潜力,我们进行了一次系统的文献综述,总结了在建筑物屋顶和外墙实施基于自然的解决方案所带来的益处的证据。我们的目标是在实际案例研究中突出基于自然的解决方案对建筑物的共同效益。经过系统筛选,222 篇研究论文证明,绿墙、绿色屋顶和生机勃勃的墙体在气候适应性方面的表现和益处是值得信赖的,尤其是在旧建筑中安装绿墙、绿色屋顶和生机勃勃的墙体时,它们有助于提高热适应性,并间接促进社会生态公正。我们的研究结果表明,其他记录在案的益处还包括提供植被、改善栖息地和生物多样性,以及保留和净化水源的有力证据。我们还报告了以自然为基础的解决方案的设计特点,建议在建筑物上实施这些方案。绿色屋顶尤其得到了很好的证明,这也强调了对各种自然基础结构进行更多研究的必要性。通过对最新研究成果的综合分析,我们认为需要进一步研究建筑自然解决方案的设计,将其共同效益扩展到降噪、空气污染截留和过滤以及碳固存等方面。在我们的论文中,我们发现未来研究最重要的知识缺口是在建筑物上设计基于自然的解决方案的整体视角。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nature-based solutions and buildings: A review of the literature and an agenda for renaturing our cities one building at a time

A closer look at the built environment shows that opportunities lie in transforming buildings with nature-based solutions for fostering climate resilience. To understand the potential of buildings in contributing to transforming cities, we conducted a systematic literature review to synthesize the evidence of the provided benefits of nature-based solutions implemented on their roofs and facades. Our goal is to highlight findings about the co-benefits of nature-based solutions on buildings in real-life case studies. After systematic screening and selection, the 222 reviewed research papers support that there is confidence in the climate resilience performance and benefits green walls, green roofs, and living walls provide, contributing to heat resilience and indirectly to social-ecological justice, especially when they are installed in old buildings. Our findings show that other recorded benefits include the provision of vegetation, habitat and biodiversity enhancement, and strong evidence of water retention and purification. We also report on design characteristics of nature-based solutions which are recommended when they are implemented on buildings. Green roofs were especially well-documented and it underlines the need of more studies about diverse NBS. From the synthesis of the state of the art, we propose that further research about the design of nature-based solutions on buildings is required to extend their co-benefits to noise reduction, air pollution entrapment and filtering, and carbon sequestration. In our paper, we found that the most important knowledge gap for future research is holistic perspectives on designing NBS on buildings.

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