Subsidence as a geometric hazard has reached a critical level in some parts of the Iran in recent years (Behniafar and et al, 2010). Gradual and sudden subsidence of ground is affected by natural the ground mainly due to the extraction of fluids such as water and oil (Ranjbar and et al, 2009) Subsidence is continuation for long periods of time can cause irreparable damage to building, road, bridge, pipeline and transmission lines. Different method such as precise leveling, the GPS and remote sensing technology are utilized to monitor subsidence (Akhundi.M, 2005). The use of remote sensing in different sciences related to geology is more common compare to the ground method because of the wide courage of satellite images, their accessibility and update as well as their low cost. One of the uses of INSAR control and monitor the displacement of earth crust as the result of phenomena such as earthquake, landslide and subsidence. For monitoring this phenomenon fourteen satellite images from 2004 to 2010 have been used, furthermore the DEM of the area, which was previously prepared, was also employed, in order to process the image SARPACE software in the platform of EN.v14.8 was used. Finally, the rate of subsidence average was calculated through adjustment by least it was equal 10 centimeter per year. The overall process was done by forming is interfrogram and performing filtration.