Dust is one of the most common meteorological phenomena and one of the biggest atmospheric environmental problems in arid and semi-arid regions, causing severe damage to various parts yearly. Since affected by dust storms. The southern areas of Kerman province are also Iran is located in the arid and semi-arid region of the world, it is strongly necessitates further studies to identify dust storm sources. So, the purpose of this research was to find frequently affected by dust pollution and its destructive impacts, which satellite data. Therefore, LST, NDVI and TVDI indices combined with slope, soil out the origin of dust storms in southern Kerman province using remote sensing ENVI and ArcGIS software. The remote sensing data used in this study were: texture and rainfall maps have been used to determine the dust sources, using, MODIS sensor images, GPM Satellite products, and PERSIANN data. The LST, NDVI, 31, 2016. After receiving and pre-processing the data, the above indices were extracted TVDI indices were obtained from the Tera platform from 9 May to 8 October, 2016. The data used for the GPM and PERSIANN indices were from May 1 to October and a map of each index was obtained. Then the Akerman, TDI and Miller dust synoptic stations and precipitation satellite data show low correlation. To algorithms were applied to the dust image event on December 2016 for detecting and maping dust storms in the study area. Results of comparing rainfall map of resources, the map of each index was given a value between zero and one using combine all the prepared maps and to obtain the maps of the desired dust Rodbar and Ghal-e Ganj counties. Comparison of the dust source map with the fuzzy operation. Finally, all the maps were combined in different fuzzy approaches and the final map of dust resources was prepared with fuzzy gamma approach due to its best performance. The results of this research showed that the dust resources in the study area are located in Reegan and Fahraj and taken as soon as possible to prevent and combat with this phenomena. wind erosion map in Kerman province, which was obtained from the program and budget office of Kerman, showed that the two maps were highly matched. Regarding to these results it can be said that the use of remote sensing methods and data has been very useful in this study. Also, given that the dust production and severe consequences, management and needed measures should be producing sources identified in the region have a high potential for dust Keywords: Dust source, Remote sensing, LST, NDVI, TVDI.