Mis/Management

• These disasters have always generated short periods of attention for discussions of earthquake risk and relocation plans for affected areas for rich countries with plenty of resources (money, engineers, scientists, and planners), where people and investments are concentrated in settlements located along active fault zones

• A few months after each disaster-causing medium- to largemagnitude earthquake, earthquake-risk-minimization plans and awareness by news media, authorities, and citizens are forgotten. Even complete destruction of urban and rural areas has not stimulated any serious action in reinforcing buildings, retrofitting existing public structures, or avoiding construction of buildings on active faults in cities like Tehran, Tabriz, and Neyshabur.

Reference

• Mahmoud Golabi, Mahdi Shavarani, Gokhan Izbirak, 2017, An edge-based stochastic facility location problem in UAV-supported humanitarian relief logistics: a case study of Tehran earthquake

• Poormohamadi, Mosayebzadeh, 2008, vulnerability of Iranian cities agians earthquake and the role of local participation

• Zangiabadi, Tabrizi, 2006, Tehran earthquake and spatial assessment of vulnerability of urban areas

• Hoseini, Amini hoseini, 2008, RECENT DEVELOPMENT IN EARTHQUAKE RISK MANAGEMENT

Plans And Programs In Tehran

• Mahdinia, Mohammad Hadi, Achieving an integrated approach to reduce urban vulnerability against earthquake, Case Study: Metropolis of Mashhad, Iran

• Kamranzad , Memarian ,Mehdi Zare, 2020, Earthquake Risk Assessment for Tehran, Iran

• https://resource-allocation.biomedcentral.com/articles/10.1186/s12962-020-00242-8/figures/5