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Soil genesis is highly dependent on landforms as they control theerosional processes and the soil physical and chemical properties. Therelationship between landform classification and electrical conductivity(EC) of soil and water in the northern part of Meharloo watershed, Farsprovince, Iran, was investigated using a combination of a geographicalinformation system (GIS) and a fuzzy model. The results of the fuzzy methodfor water EC showed 36.6 % of the land to be moderately land suitablefor agriculture; high, 31.69 %; and very high, 31.65 %. In comparison,the results of the fuzzy method for soil EC showed 24.31 % of theland to be as not suitable for agriculture (low class); moderate, 11.78 %;high, 25.74 %; and very high, 38.16 %. In total, the land suitablefor agriculture with low EC is located in the north and northeast of thestudy area. The relationship between landform and EC shows that EC of wateris high for the valley classes, while the EC of soil is high in the uplanddrainage class. In addition, the lowest EC levels for soil andwater are in the plains class

Investigation of the relationship between landform classes and electrical conductivity (EC) of water and soil using a fuzzy model in a GIS environment