Spatial analysis resiliency City Earthquake Model Integration Case study: ten districts of the region one of Tehran

The most devastating earthquake in decades as one of the environmental risks Most damage to property in the city and surrounding areas entered, Since the earthquake as the driving force of the outer fixed To increase the resilience needed to reduce vulnerabilities. This study aimed to assess the resilience of ten districts of the region one of Tehran earthquake has taken place. Methods this cross-sectional study is aimed at. The territory of the region one of the ten districts of Tehran. To determine the relative importance of each component of the Analytic Network Process (ANP) has been used. Resiliency to rank the ten districts of the region one of Tehran Earthquake TOPSIS multi-criteria decision-making methods include, VIKOR, HAW and SAW was used. Then to reach a conclusion from this analysis, Kandrst integrated model is used. The results show that Districts 2, 4, 5 and 3, with the highest rating of good resilience, Areas 7, 8 and 1 of resilience average, Area 10 and 6 of low resilience. And District 9's resilience against earthquakes is too low and should be planned in future planning priorities.