Increasing agricultural activities giving rise to pollutants is one of the today's man serious and expending problems. Amang agricultural pollutants irresolvable heavy metals, due to their physiological effects on livings in low concentration, are of most importance. These elements due to their low mobility accumulated in soil in time. Entering the food cycle, their accumulation will thread human beings as well as animals. Thus studying concentration distribution, pollution mapping and the contamination risk assessment maps for soil pollution monitoring of heavy metals is indispensible for maintaining the environment quality and should be considered at different levels of decision makings by researchers and managers. In this study we investigated the effect of agricultural land concentrations of heavy metals including Zinc, Cadmium, Nickel, Lead, Copper, Chromium, Cobalt, Arsenic, Vanadium and Iron and mapping of soil contamination potential, probability maps and contamination risk maps, the elements in the areas studied using the collected data, GIS, Geo-statistics and remote sensing were conducted. First, using 135 surface soils (0-20 cm) For metal contamination probability maps, spatial structure variables and the variogram validity for every single of the heavy metals were investigated, and ultimately the best model and the most suitable interpolation method were selected. For analyzing the metals concentration distribution maps and mapping of metals concentration risk of pollution time series satellite images were used. For this purpose, 5 time series of satellite images of IRSP6 sensor Awifs (6 March, 3 April, 27 April, 9 June, 18 July and 16 August) were prepared. Using conventional Site analysis of studied heavy metal interpolation maps assisted by GIS and remote sensing assistive showed that Arsenic, Cadmium, Zinc, Lead have geological and agricultural origins. And Iron, Chromium, Cobalt, Nickel and Vanadium have originated from bed rock, but agricultural activities according to excessive consumption of chemical fertilizers can increase most of these elements in soil. Interpolation of probability map results showed that the concentrations of Cadmium Contamination in the area was less than the threshold, concentration of Chromium, Cobalt and Copper were above the threshold, concentration of Lead, Vanadium, Zinc, Iron, Nickel and Arsenic, respectively in 95.45, 94.23, 93.23, 88.07, 81.65 and 71.19 percent of the area above the threshold were determined. In order to obtain the probability of heavy elements
