Abstract: Depleted Uranium (DU) ammunitions were used by the U.S.A and UK troops in an open environment for the first time in history against Iraq on civilians and military targets during Gulf wars in 1991-2003. Spatial distribution and risk assessment of soil in the estimated sites at Basrah Governorate with uranium contaminations have been screened using statistics and geographic information system (GIS) methods, and a performance model of predication distribution and potential distant values of DU and other polluted components were detected by data collection. An interpolation technique was practiced in order to accomplish certainties in the data set and to decrease the influence of outliers. After choosing a tailored model, parameters can be recycled with the data to estimate Uranium concentrations at unsampled locations using the kriging technique to define the weights of adjacent monitoring in the predicating underground surfaces similar to contaminated elements and radionuclides of uranium chains. The problem appears when were increased in the deaths and congenital malformations resulted from carcinogenic diseases among Basrah population, after 1994 of due to use of DU extensively in these regions. The primary purpose of this paper is to present the current state of the determine DU sites and to predict in adjacent points of specific locations using different techniques. A review is provided aiming to discuss the effect of pollution by DU and transferring the pollutants to groundwater.