The development of roadside green swales in the Chinese Sponge City Program: Challenges and opportunities

IF 9.1 2区 工程技术 Q1 ENGINEERING, INDUSTRIAL Frontiers of Engineering Management Pub Date : 2023-10-28 DOI:10.1007/s42524-023-0267-z
Lingwen Lu, Faith Ka Shun Chan, Matthew Johnson, Fangfang Zhu, Yaoyang Xu
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Abstract

Abstract Roadside green swales have emerged as popular stormwater management infrastructure in urban areas, serving to mitigate stormwater pollution and reduce urban surface water discharge. However, there is a limited understanding of the various types, structures, and functions of swales, as well as the potential challenges they may face in the future. In recent years, China has witnessed a surge in the adoption of roadside green swales, especially as part of the prestigious Sponge City Program (SCP). These green swales play a crucial role in controlling stormwater pollution and conserving urban water resources by effectively removing runoff pollutants, including suspended solids, nitrogen, and phosphorus. This review critically examines recent research findings, identifies key knowledge gaps, and presents future recommendations for designing green swales for effective stormwater management, with a particular emphasis on ongoing major Chinese infrastructure projects. Despite the growing global interest in bioswales and their significance in urban development, China’s current classification of such features lacks a clear definition or specific consideration of bioswales. Furthermore, policymakers have often underestimated the adverse environmental effects of road networks, as reflected in existing laws and planning documents. This review argues that the construction and maintenance of roadside green swales should be primarily based on three critical factors: Wellthought- out road planning, suitable construction conditions, and sustainable long-term funding. The integration of quantitative environmental standards into road planning is essential to effectively address the challenge of pollution from rainfall runoff. To combat pollution associated with roads, a comprehensive assessment of potential pollution loadings should be carried out, guiding the appropriate design and construction of green swales, with a particular focus on addressing the phenomenon of first flush. One of the major challenges faced in sustaining funds for ongoing maintenance after swale construction. To address this issue, the implementation of a green finance platform is proposed. Such a platform would help ensure the availability of funds for continuous maintenance, thus maximizing the long-term effectiveness of green swales in stormwater management. Ultimately, the findings of this review aim to assist municipal governments in enhancing and implementing future urban road designs and SCP developments, incorporating effective green swale strategies.
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中国海绵城市规划中路边绿地的发展:挑战与机遇
路边绿色水沟已成为城市雨水管理的基础设施,有助于缓解雨水污染和减少城市地表水排放。然而,人们对峡谷的各种类型、结构和功能,以及它们在未来可能面临的潜在挑战的了解有限。近年来,中国出现了路边绿植的激增,尤其是作为著名的海绵城市计划(SCP)的一部分。这些绿色沟渠通过有效去除径流污染物,包括悬浮物、氮和磷,在控制雨水污染和保护城市水资源方面发挥着至关重要的作用。本文对最近的研究成果进行了批判性的审查,确定了关键的知识空白,并提出了未来设计绿色沟渠以实现有效雨水管理的建议,特别强调了中国正在进行的重大基础设施项目。尽管全球对生物群落及其在城市发展中的重要性的兴趣日益浓厚,但中国目前对这些特征的分类缺乏明确的定义或对生物群落的具体考虑。此外,正如现行法律和规划文件所反映的那样,决策者往往低估了道路网络对环境的不利影响。本文认为,路边绿沟的建设和维护应主要基于三个关键因素:周密的道路规划、合适的建设条件和可持续的长期资金。将定量环境标准纳入道路规划对于有效应对降雨径流污染的挑战至关重要。为了消除与道路有关的污染,应全面评估潜在的污染负荷,指导适当设计和建造绿色沟渠,并特别注重解决首次冲洗现象。在小规模建设之后,维持持续维护的资金是面临的主要挑战之一。针对这一问题,提出实施绿色金融平台。这样一个平台将有助于确保持续维护的资金可用性,从而最大限度地提高绿色水沟在雨水管理方面的长期有效性。最终,本检讨的结果旨在协助市政府加强和实施未来的城市道路设计和SCP发展,并纳入有效的绿色沼泽策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Frontiers of Engineering Management
Frontiers of Engineering Management ENGINEERING, INDUSTRIAL-
CiteScore
4.40
自引率
5.40%
发文量
42
期刊介绍: Frontiers of Engineering Management (FEM) is an international scholarly journal supervised by the Chinese Academy of Engineering. It aims to advance the frontiers of knowledge and technology in engineering management by publishing articles on contemporary issues in various engineering specialties. The journal explores theories and practices in areas such as manufacturing, construction, energy, environmental, traffic, and logistics engineering. Additionally, it focuses on engineering management methodologies, including systems engineering, information management, and technology and innovation management. FEM also presents comments on frontier topics and introduces the management and innovation of engineering megaprojects and related technical endeavors.
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