The effect of two levels of stocking density (5 and 7 m^-2) and the two types of feed [trash fish only (TF), and a mixed feed (MF) (mixture of 25% trash fish and 75% commercial pelleted feed)] on the growth, apparent food conversion ratio (FCR) and survival of the thirty-day old sea bass fry were investigated. The fry were stocked in 144 m² earthen ponds and reared for 45 days. The result showed that, in general, the lower density increased but the MF decreased the survival, specific growth rate (SGR) and FCR of sea bass fry. Statistically, there was no significant effect of treatments on survival, whereas SGR and FCR affected differently. With TF, both were higher at 5 m^-2 and lower at 7 m^-2. With MF, SGR was higher at 5 m^-2 than at 7 m^-2 and the FCR was most efficient at 5 m^-2 than at 7 m^-2. There was no interaction between the type of feed and the stocking density. For the efficient utilization of feed, the TF+5 m^-2 treatment was the best for rearing seabass to fingerlings.