Pollution, degradation and none suitable use of soil and water resources is a main problem of recent years. Pollutants are descriptive factors for the environment among which heavy metals are important due to be non-decomposability and physiologic effects on living creatures at low concentration. Therefore, one should be careful for the use of soil part in specific contaminated regions. In this study, we apply GIS techniques to evaluate the effect of different land uses, such as urban, agriculture and industry, on the concentration of Cadmium, Nickel and Copper and to prepare soil pollution potential map in the study region. After assessment of satellite images and 1:50000 maps of the study area, random sampling was conducted. 29 urban surface soil sample with at least 750 m distance in 10177 hac, 37 agriculture surface soil with at least 1635 m distance in 37037 hac and 38 surface soil samples in industrial region with at least 1480 m distance in 73481 hac are were collected and their heavy metals were analyzed based on standard method. Spatial structure of variables was examined by ArcGIS and the validation of Lead variogram was tested in three areas and the best model was estimated at GIS environment based on MEE which give spatial distribution of lead and cadmium. The initial results showed that zinc, copper and nickel concentration are lower than global average. The average of cadmium and lead concentrations are 1.81 and 32.5 mg/kg on agriculture soil, 1.14 and 33.7 mg/kg for urban and 1.8 and 31.5 mg/kg for industrial areas respectively which are higher than global average (0.35 and 12 mg/kg, respectively). The spatial map of total cadmium and lead for agricultural soil showed the effect of different cultivations and too much use of sludge and fertilizers and traffic areas which result in limited area of very pollutant
