Abstract The goal of this research was to evaluate the flooding tolerance of sugarcane genotypes under recurring floods of both plant and ratoon canes. Control and recurring flood conditions were compared using 10 sugarcane genotypes. As a result of the flooding, cane height increased and tillering decreased. Flooding reduced cane yield and commercial cane sugar (CCS) yield, as well as the percentage of polarization (POL), purity, and CCS in sugarcane juice. Sugarcane flood tolerance varied by genotype, with KPS01-4-29 and SP94-2-483 having the highest flooding tolerance index and KK07-037, K95-84, and KK07-599 having the highest yield under flooded conditions. Furthermore, under flooded conditions, a relationship between yield traits, cane height, and cane number was observed in sugarcane (r = 0.45* to 0.92**). As a result of our research, flood-tolerant sugarcane genotypes could be selected. Sugarcane genotype selection for flooding tolerance could include cane height and cane number as indirect traits. canes 1 decreased (CCS POL, POL , (POL) purity juice KPS01429 KPS KPS01 4 29 KPS01-4-2 SP942483 SP SP94 2 483 SP94-2-48 KK07037, KK07037 KK KK07 037, 037 KK07-037 K9584, K9584 K K95 84, 84 K95-84 KK07599 599 KK07-59 Furthermore traits r 045 0 45 0.45 0.92**. 092 0.92** . 92 0.92**) floodtolerant tolerant selected (POL KPS0142 KPS0 KPS01-4- SP94248 SP9 48 SP94-2-4 KK0703 KK0 03 KK07-03 K958 K9 8 K95-8 KK0759 59 KK07-5 04 0.4 09 0.92* 9 KPS014 KPS01-4 SP9424 SP94-2- KK070 KK07-0 K95- KK075 5 KK07- 0. 0.92 KPS01- SP942 SP94-2 0.9 SP94-