Rainwater Management Strategies from the Perspective of Urban Flood Resilience
Journal: Architecture Engineering and Science DOI: 10.32629/aes.v5i4.3209
Abstract
This article examines rainwater management strategies for enhancing urban flood resilience, focusing on rising flood risks due to urbanization and the need for effective responses. It critiques traditional management limitations and proposes a comprehensive framework integrating green infrastructure with resilience theory. Strategies are explored across four key dimensions: infrastructure, institutions, economy, and society, with multi-level measures like source control, process control, economic support, and community engagement. Using domestic and international case studies, the article demonstrates these strategies' practical effectiveness, aiming to improve cities' resistance, recovery, and adaptability to flooding and waterlogging.
Keywords
rainwater management; strategies; urban flood resilience
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[5] Zhu Zhao. Exploration of the Application of Landscape Hydrological Concepts in Cluster Spatial Planning [C]//Chinese Society of Landscape Architecture Proceedings of the 2015 Annual Meeting of the Chinese Society of Landscape Architecture School of Architecture and Urban Planning, Chongqing University;, 2015:6.
[6] Xu Yitao. Shortcomings and Improvement Strategies of Sponge City Construction in the Urbanization Process: A Case Study of Shenzhen [J]. Theoretical Research on Urban Construction (Electronic Version), 2024, (30): 10-12.
[7] Liu Yanping. Measurement of Urban Resilience System Development: An Empirical Study Based on 288 Cities in China [J]. Urban Development Research, 2021 (6): 93-100.
[8] Tu Qiyu. International Urban Development Report (2022) [M]. Beijing: Social Sciences Literature Press, 2022.
Copyright © 2025 Haoyu Gu, Soobong Kim, Zhanqian Wu, Lei Dang, Haoran Gu
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