This study was conducted to evaluate morphological trait under field conditions and salt-tolerance at germination stage of 99 synthetic hexaploid wheat. Nineteen morphological traits comprising glume color, auricle color, flag leaf color, hairy glume, hairy auricle, hairy flag leaf, hairy node, hairy peduncle, days to heading, days to pollination, days to maturity, plant height, flag leaf length and width, glume length, awn length, number of spike per plant, number of grain per spike, 1000 grain weight and grain yield per plant were used. Considerable diversity was observed for the traits in synthetic-hexaploid wheat genotypes. Grain yield per plant had the highest coefficient of variation and days to maturity had the lowest coefficient of variation. Polymorphism was observed for traits such as flag leaf color, glume color, auricle color, hairy auricle, hairy node and hairy glume. There was a positive and significant correlation between plant height and glume length, also between glume length and grain yield per plant. Grain yield per plant and yield components was also correlated significantly. Correlations between phonological traits such as days to heading and days to ollination(r = 0.42**( as well as between days to maturity and days to pollination (r = 0.28**( were positive and significant. The results of stepwise regression indicated that number of grain per spike, number of spikes per plant and 1000 grains weight could explained 47% of variation of grain yield per plant. Cluster analysis dir=ltr
