Empowerment of Civil Society and the Army in Collaborative Innovation for Emergency Bridge Construction Due to Flash Floods in Bima NTB

Toni Yuliyanto, Rachma Fitriati
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Abstract

This article aims to analyse the empowerment of civil society and the Indonesian Army in collaborative innovation for the construction of an emergency bridge due to flash floods in Bima Regency, West Nusa Tenggara (NTB), in 2021. The flash flood had destroyed the bridge, which was the connecting access to the district market as the center of the community's local economy. The soft systems methodology (SSM) approach analyzed the complex situation involving various human activity systems in the bridge construction collaboration. The analysis results show the need for collaborative innovation between the Provincial and District Governments, Non-Government, the Indonesian National Army (TNI), the Indonesian National Police (Polri), and civil society. Especially in disaster emergency conditions, the choice of Ultra-Wide Acrow Panel Bridge technology proposed bottom-up by the NTB Provincial Government and the Military Resort Command (Korem) 162/Wira Bhakti NTB proved to be faster, more practical and more robust than the Bailey Bridge technology by the Ministry of Public Works and Public Housing of the Republic of Indonesia (Kemen PUPR RI). This collaborative innovation restored road connectivity and the local economy and improved the quality of public services in Bima District. The contribution of this article is to provide enrichment about learning collaborative innovation in disaster management efforts and bottom-up infrastructure development in disaster situations.
在Bima NTB山洪暴发应急桥梁建设协同创新中赋予民间社会和军队权力
本文旨在分析民间社会和印度尼西亚军队在2021年西努沙登加拉(NTB)比马县(Bima Regency)因山洪暴发而建设应急桥梁的协同创新中的赋权。山洪冲毁了这座桥,这座桥是通往地区市场的连接通道,是社区当地经济的中心。软系统方法论(SSM)方法分析了桥梁施工协同中涉及各种人类活动系统的复杂情况。分析结果表明,省和区政府、非政府组织、印尼国民军(TNI)、印尼国家警察(Polri)和民间社会之间需要协作创新。特别是在灾害紧急情况下,NTB省政府和军事度假司令部(Korem) 162/Wira Bhakti NTB自下而上提出的超宽顶板桥技术的选择被证明比印度尼西亚共和国公共工程和公共住房部(Kemen PUPR RI)的贝利桥技术更快、更实用、更坚固。这种协同创新恢复了道路连通性和当地经济,并提高了比马地区的公共服务质量。本文的贡献在于丰富了灾害管理工作中的协作创新学习和灾害情况下自下而上的基础设施开发。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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