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Research on Emergency Management of Urban Extreme Rainstorms from the Perspective of Resilient City --A Case Study of the July 20 Heavy Rainstorm in Zhengzhou

Fan Wen

Abstract


In today's society, various major risks and crises occur frequently, especially major natural disasters such as rainstorms and floods,
which pose certain challenges to urban governance and management. However, the traditional risk management methods in the past have
obvious limitations, and the development of the resilient city theory has become an ideal choice to respond to various urban risks and crises.
Based on the resilient city theory, this paper takes the July 20 heavy rainstorm in Zhengzhou as a case to analyze the resilience problems in
the city's emergency management, draws on the experience of resilient city emergency management in other countries such as New York and
Tokyo, and puts forward targeted optimization suggestions, aiming to advance the pace of resilient city construction in China.

Keywords


Resilient City; Resilient Governance; Extreme Rainstorm; Emergency Management

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References


[1] Shi Chenchen, Zhu Xiaoping, Wang Chenxing, Wu Feng. A summary of the research on resilient cities-from the perspective of urban

complex systems [J]. Journal of Ecology, 2023, 43(04):1726-1737 .

[2] Investigation report on "July 20" torrential rain disaster in Zhengzhou, Henan Province. Disaster investigation team of the State Council,

2022.01.

[3] Chen Yuanyuan.Analysis on the emergency management system of county-level cities from the perspective of resilient cities-taking W

city as an example [J]. Journal of Wuhan Metallurgical Management Cadre College, 2024, 34(03):8-11 .

[4] Teng Wuxiao, Luo Xiang, Wan Beilei, Mao Yuanyuan. Urban safety and comprehensive disaster prevention system from the perspective

of resilient cities [J]. Urban Development Research, 2018, 25(03):39-46 .

[5] Miao Tingting, Shan Jingjing. The focus of urban resilience and solutions-based on the perspective of Chinese modernization theory [J].

Inner Mongolia Social Sciences, 2024, 45(06):25-34 .

[6] Cao Yang. Risk Mitigation of Urban Flood Disaster from the Perspective of System Resilience Taking the "July 20" torrential rain

disaster in Zhengzhou as an example [J]. Journal of Wuhan Institute of Engineering, 2024, 36(02):58-63 .

[7] Luo Shuang. Study on the countermeasures to improve the emergency social mobilization ability of local governments Taking the

"July 20" torrential rain disaster in Zhengzhou as an example [D]. Party School of Heilongjiang Municipal Committee of the Commu

nist Party of China, 2024.

[8] Gu Linsheng, Ma Dongzhou. Japanese community emergency management system construction and its enlightenment [J]. China Emer

gency Management Science, 2021(02):45-58 .

[9] Yi Chengzhi, Zheng Xin. Construction of Emergency Plan for Urban Compound Risks from the Perspective of Resilience [J]. Explora

tion, 2025(01):101-113 .

[10] Ray. Study on Resilience Evaluation and Promotion Strategy of Urban Communities [D]. China University of Mining and Technology,

2024.

[11] Yu Gang. Building a resilient and safe city service based on intelligent IOT technology [J]. China Security, 2025, (04):92-96 .




DOI: http://dx.doi.org/10.70711/frim.v4i4.9036

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