What is important is the condition of cities and metropolises that are located on faults or in the vicinity of them and are in danger of earthquakes. The main objective of this research is to analyze the spatial statistics of earthquakes in Khuzestan province and its adaptation to loose faults and sediments. Quaternary. In order to investigate earthquake clusters, the first step was to determine the best earthquake interpolation method from the kriging index. The results showed that the inverse weighing method with the coefficient of 0.75 is the best model for earthquake zoning. For the analysis and distribution of the earthquake spatial distribution, Hot applications using the ArcGIS 10 software and the very flexible Spatial Statistics Tools tool were used. The cluster analysis is a general trend and can be obtained by various algorithms. The largest earthquake cluster pattern is related to earthquakes larger than 6 magnitudes of 003665/1. The results of the total earthquake investigation in Khuzestan province during the statistical period of 2014-2019 showed that the magnitude of the earthquakes in this province is from the northwest to the south-east. The earthquake has a direct relationship with faults and quaternary formation
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