Assessment and influencing factors of urban residents' flood emergency preparedness capacity: An example from Jiaozuo City, China

Liu, Delin; Yang, Zhuowei; Xu, Xiangyang; Wu, Siyu; Wang, Yixin

doi:10.1016/j.ijdrr.2024.104294

Cited by 5 publications

(2 citation statements)

References 69 publications

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“…Moreover, from a sustainability perspective, researchers have explored the management of expired materials and recycling, proposing an option contract framework for emergency material reserves [56]. Additionally, a public emergency preparedness capability index system based on four indicators was established, identifying 10 influential factors, such as education level and age [57]. Overarching strategies for improving emergency management capabilities include the formulation of emergency management policies, the establishment of disaster management digital platforms, and the implementation of emergency training programs [51,58].…”

Section: Renli (Renli Usually Refers To Human-related Factors Highlig...mentioning

confidence: 99%

DEMATEL-Based ANP Model for Identifying Critical Indicators in Sustainable Emergency Material Reserve Systems

Huang,

Li,

Jiang

et al. 2024

Sustainability

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Sustainable Emergency Material Reserve Systems (SEMRSs) are complex frameworks comprising three types of reserves, namely, physical, capacity, and agreement reserves, and involve various stakeholders such as local governments and enterprises. However, multiple stockpiling methods have not been considered in investigations on the influencing factors and inter-factor relationships within an emergency material stockpiling system. In this study, we achieved consensus through a questionnaire, established an evaluation system encompassing various reserve methods and participating entities, and delineated the key factors affecting SEMRSs while analyzing their causal relationships using the decision-making trial and evaluation laboratory–based analytic network process. Results reveal that (1) local governments and participating enterprises play crucial roles in ensuring the sustainable supply of emergency provisions; (2) the capacity to guarantee emergency funds serves as a pivotal link among all key influencing factors, emergency funds should be augmented, and the utilization of contingency funds should be rationalized; and (3) the integration of physical, production capacity, and agreed stockpiling methods in the emergency reserve system requires enhancement, and the incorporation of capital reserves should be considered as part of the stockpiling strategy. These insights hold significant implications for refining emergency stockpiling practices and fostering the development of SEMRSs.

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Section: Renli (Renli Usually Refers To Human-related Factors Highlig...mentioning

confidence: 99%

DEMATEL-Based ANP Model for Identifying Critical Indicators in Sustainable Emergency Material Reserve Systems

Huang,

Li,

Jiang

et al. 2024

Sustainability

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“…The report of the Ministry of Water Resources of China revealed that flood disasters had caused a total of about USD 763.78 billion in financial losses and more than 61 thousand deaths from 1990 to 2020 [8]. Recently, "looking at the sea in the city" has become a common problem in the development of Chinese cities [9], attracting great attention from the scientific community and society.…”

Section: Introductionmentioning

confidence: 99%

Evaluation and Spatial–Temporal Pattern Evolution of Synergy Degree of Emergency Management for Urban Flood Disasters from the Perspective of Sustainable Development—The Case of Henan, China

Hao,

Wang,

Sun

et al. 2024

Sustainability

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The management of urban flood disasters is a systematic engineering project that requires a great amount of manpower, material resources, and financial resources, and the interaction and coordination degrees of various elements in the system deeply affect the efficiency of the final governance. According to the theories of synergy, composite systems, and sustainable development, this research first established an evaluation index system to determine the synergy degree of urban flood disaster emergency management from the four dimensions of prevention and preparation, monitoring and early warning, response and rescue, and recovery and reconstruction. Then, the synergy degree was explored by using the developed composite system synergy degree model on the basis of the panel data of 18 prefecture-level cities in Henan Province from 2013 to 2021, and synergy level change characteristics were analyzed from the perspectives of time and space. Finally, the obstacle degree model was applied to explore the obstacle factors affecting synergy degree development. The results showed that the overall level of the urban flood disaster emergency management coordination degree in Henan Province was relatively low, and there were significant differences in synergy among cities. Among them, 12 cities presented mild synergy, and 6 cities showed mild nonsynergy. The spatial correlation of the synergy degree was not stable, which revealed a lack of mature coordination mechanisms for flood disaster emergency management among cities. The analysis of obstacle factors showed that recovery and reconstruction subsystems were the main obstacle systems that affected the synergy degree.

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Risk assessment of rainstorm disaster based on scenario construction

Zhang,

Ren,

Huang

et al. 2024

International Journal of Disaster Risk Reduction

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Assessment and influencing factors of urban residents' flood emergency preparedness capacity: An example from Jiaozuo City, China

Cited by 5 publications

References 69 publications

DEMATEL-Based ANP Model for Identifying Critical Indicators in Sustainable Emergency Material Reserve Systems

DEMATEL-Based ANP Model for Identifying Critical Indicators in Sustainable Emergency Material Reserve Systems

Evaluation and Spatial–Temporal Pattern Evolution of Synergy Degree of Emergency Management for Urban Flood Disasters from the Perspective of Sustainable Development—The Case of Henan, China

Risk assessment of rainstorm disaster based on scenario construction

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