Seismic Vulnerability of Primary Response Agencies in The Himalayan Province of Uttarakhand in India

P. Rautela, Girish Chandra Joshi, Shailesh Ghildiyal
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Abstract

Seismic vulnerability assessment of nearly 67%, 60%, and 18% of buildings of the first responders (Fire and Emergency Service, Police, and local administration, respectively) in the Himalayan province of Uttarakhand in India suggests 14.12% collapse, and 67.19% damage, and put to disuse immediately after an earthquake. This is to seriously limit emergency response capability of the state, and enhance sufferings and trauma of the affected community. US$ 95.27 is estimated as the cost of seismic safety of emergency response infrastructure, and this is to save building contents worth US$ 10.00 million. Prioritised demolition and reconstruction of Grade 5 buildings, detailed vulnerability assessment and phased retrofitting of Grade 4 and Grade 3 buildings, effective and strict compliance of building bye-laws, stringent punitive measures for lapses in lifeline buildings, mechanism for routine vulnerability assessment, and corrective maintenance are recommended for ensuring smooth and uninterrupted functioning of the emergency response agencies in the aftermath of an earthquake.
印度北阿坎德邦喜马拉雅省主要反应机构的地震脆弱性
对印度北阿坎德邦(Uttarakhand)第一批救援人员(分别为消防和应急服务、警察和地方政府)的近67%、60%和18%的建筑物进行的地震脆弱性评估表明,地震发生后,14.12%的建筑物倒塌,67.19%的建筑物受损,并立即停止使用。这将严重限制国家的应急能力,并增加受灾社区的痛苦和创伤。应急基础设施的地震安全费用估计为95.27美元,这是为了节省价值1000万美元的建筑内容。建议优先拆除和重建五级建筑,对四级和三级建筑进行详细的易损性评估和分阶段改造,有效和严格地遵守建筑规章制度,对生命线建筑采取严厉的惩罚措施,建立常规易损性评估机制,并进行纠正维护,以确保震后应急机构的顺利和不间断运作。
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