Exploratory activities mostly provide geoscientist with the huge volume of data such as geological, geochemical, remote sensing, structural units and etc. data. Traditional methods usually deal with specific data separately; however, nowadays integration methods enable scientists to earry out exploratory analyses on the whole data simultaneously. It is obvious that the results obtained by methods in which all data and their relation are involved, are more rigorouse and reliable. Studied area is located in 1:100000 Natanz and Targh sheet that is the part of Urmia-Dokhtar zone. These data consist of rock types map, alteration map, geochemical map and structural map. This erea consisting of outcrop of Eocene volcanic unit and also Oligo-Miocene intrusive masses. In this research using techniques of processing ETM+ and ASTER satellite data include combining false coloured (RGB), band ratio, least squares regression (Ls-Fit) and principle component analysis (PCA) some alteration including argillic, propylitic and zones containing iron oxides that can be directly or indirectly related to the mineralization identified and introduced. In the next type, using the results of chemical analysis of 4 elemente, 946 sample catchment basin were analyzed. The map fault buffer was prepared. After making basic maps and determining data integrations, data weightening and existing ltr"
