Volume 18, Issue 50 (3-2018)                   jgs 2018, 18(50): 199-217 | Back to browse issues page


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rahmani S, vahedi S H, abedi far L, ebrahimi pour S. optimal location to reduce earthquake vulnerability of cities (Case study: Bojnord). jgs 2018; 18 (50) :199-217
URL: http://jgs.khu.ac.ir/article-1-2967-en.html
1- teacher of Geography and Urban Planning, Arts and Architecture, Payam Noor University, Bojnourd, Iran . , a.sana.rahmani@gmail.com
2- Graduate Student of Geography and Urban Planning at Kharazmi University, Tehran, Iran.
3- Master of Geography and Urban Planning, Payame Noor University, Iran.
4- Master of Geography and Urban Planning, Payame Noor University of Mashhad, Iran
Abstract:   (5182 Views)
Iran is among the countries which id most vulnerable to natural disasters, especially earthquakes. This natural phenomenon creates a disaster in an area of Iran every few years and destroys the human and financial potentials of the country and it has also irreversible mental and emotional consequences. Due to the unexpected nature of most natural disasters and the need for rapid and accurate decision-making and implementation process, fundamental and theoretical basis has created a knowledge called crisis management. Bojnord city is the center of Bojnord town in North Khorasan province and is the largest city in the province. The city is one of the high altitudes of North Khorasan and is a mountainous region from the natural perspective. Based on census population in 2011, Bojnord has a population over 207,196 people. Bojnord is one of the cities that are located in a zoning with a very high relative risk. Moses Baba fault and Dubarar-tower fault of Bojnord are located in the immediate vicinity of city and in some regions the city is built along this fault. Faults in Bojnord have been the origin of devastating earthquakes in history and are able to work once again and threaten the city which determined the importance and role of crisis management and passive defense in earthquake more than ever. In addition to the potential threat, Bojnord faults has made clear the adverse consequences arising from the filling of Bojnord plain from human habitations and the development of the city towards the fault line at a distance of 150 meters and this has also attracted attention to passive defense two times more. Therefore, identifying risk zones (faults and earthquakes) in the city can show the vital artery in low risk decision areas and zones with low risk for the construction of temporary housing camps during the crisis. Bojnord is in a bowl surrounded by mountains and down the valley. 
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Type of Study: Applicable | Subject: Geography and Urban Planning

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