Leaf water content during fruit growth stage (marble, egg and maturity) was also found higher in Amrapali (73.20-75.80%) than Langra (70.11-72.33%). This further show Amrapali had better osmotic adjustment capacity than Langra to regain its water status quickly after experiencing natural stress of flowering. Langra on the other hand showed lower water potential during these stages thus lower osmotic adjustment capacity may influence the fruits drop more in Langra, as reported earlier (Singh et al., 2009). The above findings clearly substantiate that Amrapali had more ability to transfer water from its tissues to the xylem sap, both under normal and natural stressed conditions, causes a greater lowering of Ψw compared with that observed in Langra, which results its greater osmotic regulation capacity.