Abstract :This research was conducted as a pot experiment under greenhouse conditions. Soil was contaminated at a level of 5 ppm Cd. Shoot dry matter yield and Cd concentration of six barley plants grown under Cd 5 ppm and NaCl (0 and 3000 ppm) doses were determined. It was revealed that there were significant differences in shoot dry matter yields of barley cultivars with Cd treatment. This effect was more significant in Cd 5 ppm and NaCl (3000 ppm) treatments, which decreased dry matter yields by about 25%. Among the varieties, the highest dry matter yield was determined to be decreased by 26.6% in Çetin 2000 variety. There were also significant differences in the Cd accumulation capacity of barley varieties grown under both stresses. It was determined that the Cd 5 + NaCl treatment accumulated 3.3 times more Cd in the green parts of the Hilal cultivar as a result of Cd 5 + NaCl treatment compared to Cd 5 and no salt treatment. It was found that Hilal was the least Cd accumulating cultivar without NaCl, while the highest Cd accumulating cultivar was Avci 2002 (35.57 mg kg-1) in the +NaCl treatment. In the results, it was found that dry matter yield and Cd accumulation capacity of the varieties were statistically significant at P<0.05 level. In this study, it was revealed that salt increased Cd uptake in some livestock feed barley varieties.