Investigating the destructive effect of earthquakes on urban landscapes (Case study: the city of Ahar)
Keywords:
city vulnerability, destruction, urban development, earthquake, Ahar.Abstract
This investigation was carried out to determine the vulnerability of the spaces of the city of Ahar due to the geographical location and other influential conditions. Using the results of previous research and presenting combinatorial components and modern indices using the AHP model, this question was addressed and eventually data output was provided. In general, the results of the vulnerability analysis of the spaces of the city of Ahar indicate that most of the built parts of the city are in the area of moderate vulnerability; marginal settlements are in the highly vulnerable area and the central and historical parts are classified in the highly vulnerable area. However, zoning the vulnerability of the entire city, including built and arid areas, the city is placed in the very low and vulnerable ranking. Therefore, prevent unauthorized separation and construction in slums, construction of neighborhood parks, construction and completion of the main road network, preparation of restoration and renovation projects of worn and marginal textures, prevent separation unauthorized outside the limits of the legal limits of the city, the transformation of abandoned cemeteries into public spaces such as green space and cultural spaces, wall placement and channeling of rivers and rivers and dredging and updating, are planning priorities and implantation to rehabilitate the city of Ahar in response to the earthquake.
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References
Oghli Dali, AS. (2012). Aehor hole geomorphology. Thesis Master. Facultad de Humanidades y Ciencias Sociales, Tabriz University.
Persian, H. (2012). Entender el contenido del espacio del espacio. Revista de las artes. No. 11 Tehran.41-49.
Pourkermani, M., Aryan, M. (1988). Seismicidad de Irán. Shahid Beheshti University Press. Teherán.
Qadiri, M. (2010). Explaining the Socio-Spatial Difference of Tehran Metropolitan Vulnerability contra Earthquake. Proceedings of the Fourth International Congress of Islamic World Geographers (ICIWG2010). April 25-27 Zahedan.1-17.
Ranjbar, M., Rashid Zadeh, M. (2011). En el caso de las aguas residuales, se observó un aumento en la producción de agua potable. 27-42.
Statistical Yearbook of East Azarbaijan Province. (2017). Tabriz Central Governorate Studies Center.
Zahraei, M. (2013). Quality Evaluation of Seismic Vulnerability in Bandar Abbas Town Buildings.
Zare, M. (2001). El riesgo de las cosechadoras y la construcción en el norte de la zona de bloqueo de la zona y la falta de zona de los errores de la selva en Irán. Earthquake Engineering and Earthquake Engineering. No. 2, Tehran.






















