Asad Rehan, Saleem Muhammad Qaiser, Habib Muhammad Salman, Mufti Nadeem Ahmad, Mayo Shaker Mahmood
Department of Industrial and Manufacturing Engineering, Faculty of Mechanical Engineering, University of Engineering and Technology, Lahore, 54890 Pakistan.
Department of City and Regional Planning, University of Engineering and Technology, Lahore, 54890 Pakistan.
Nat Hazards (Dordr). 2023 May 22:1-39. doi: 10.1007/s11069-023-05970-7.
Natural disasters pose a negative impact not only on human lives but also on infrastructures such as healthcare systems, supply chains, logistics, manufacturing, and service industries. The frequency of such calamities has grown over time, which not only poses a threat to human survival and the living environment but is also detrimental to the economic growth and sustainable development of society. Earthquakes cause the most destruction compared to other natural disasters, especially in developing countries where the conventional reactive approach to dealing with disasters gives less chance for the appropriate utilization of already limited resources. Additionally, mismanagement of the resources and the lack of a unified action plan hinder the purpose of helping the grieving population. Considering the foregoing, this study presents a methodology for identifying hotspots and helping prioritize pre- and post-disaster management action by conducting a thorough seismic risk assessment while taking into consideration the case of a developing country as its focus. This methodology allows for rapid risk assessment against any given scenario by providing quantitative estimates of the repercussions such as physical damage to the buildings, casualties including injuries, economic losses, displaced households, debris, shelter requirements, and hospital functionality. In short, it could help prioritize actions with greater impacts and serve as a foundation for the formulation of policies and plans intended to increase the resilience of a resource-constrained community. Thus, the findings can be utilized by government agencies, emergency management organizations, non-government organizations, and aiding countries as a decision support tool.
自然灾害不仅对人类生命构成负面影响,还会对医疗系统、供应链、物流、制造业和服务业等基础设施造成影响。随着时间的推移,此类灾害的发生频率不断增加,这不仅对人类生存和生活环境构成威胁,也不利于社会的经济增长和可持续发展。与其他自然灾害相比,地震造成的破坏最大,尤其是在发展中国家,传统的应对灾害的被动方式使得合理利用本就有限的资源的机会更少。此外,资源管理不善和缺乏统一的行动计划阻碍了帮助受灾民众的目的。考虑到上述情况,本研究提出了一种方法,通过进行全面的地震风险评估,同时以一个发展中国家的情况为重点,来识别热点地区并帮助确定灾害前和灾害后管理行动的优先次序。这种方法通过提供对诸如建筑物物理损坏、包括受伤在内的人员伤亡、经济损失、流离失所家庭、废墟、避难所需求和医院功能等影响的定量估计,允许针对任何给定情景进行快速风险评估。简而言之,它可以帮助确定具有更大影响的行动的优先次序,并为制定旨在提高资源有限社区复原力的政策和计划奠定基础。因此,政府机构、应急管理组织、非政府组织和援助国可以将这些研究结果用作决策支持工具。