Groundwater compared to surface water has several advantages such as higher quality and less pollution. Quantity and quality of the resource and its specific relationship with the characteristics of the surface, and at least try to protect this valuable resource would be the case.Quality evaluation on all stations in the study area that includes 11 sites sampled that is available Including springs, wells, semi-deep waters reviews Hydrochemistry sample using data obtained from the analysis of water quality in the form of diagrams Piper, Schuler, Will Cox, Gibbs, Stiff, and Durov AqQA software has been analyzed. And statistically analyzed using ANOVA test and LSD test was performed and the method by GIS land Mapping Kriging was used. The results obtained have shown that Type of Piper diagram of water stations in the study is Ca-SO4 and Cl-Mg. Schuler for drinking water in the study area by the diagram at the appropriate diagram type Wilcox, C2S1, which is suitable for irrigation and drinking. Gibbs has shown that geological formations are affected by erosion. Durov diagram shows that TDS is less than 450 milligrams per liter. The magnesium hazard is low and the risk of salinity in the study area is too low. Responsible of good quality water are studied minerals dolomite prairiea and As well as the lack of factories and sewage treatment plants and optimum use of urban and rural area of water resources.
H. Salehi, A. Haghizadeh. Assessment and Mapping of Groundwater Quality Using the GIS Combining with AqQA model (Case study: Kamyaran Pline). GEJ 2016; 7 (1) :64-79 URL: http://gej.issgeac.ir/article-1-139-en.html