The effect of uptake and distribution of ,133,Cs and ,88,Sr in the common plant-India mustard (,Brassica napus L.,) by exogenous phytohormones (Gibberelin-A,3, GA,3, Salicylates, SA, 3-indole acetic acid, IAA) treatments were studied by using hydroponic experiment. The results shown as follows: the biomass of above-ground and that of roots of oilseed rape were obviously higher than that of contrary (non-hormone), and the accumulation of ,133,Cs and ,88,Sr increased as well, under the three phytohormones treatments. The distribution sequence of ,133,Cs and ,88,Sr in oilseed rape was roots,>,above-grounds, and the contents was ,133,Cs ,>,88,Sr. The accumulation ability of phytohormones was GA,>,SA,>,IAA, the accumulation of ,133,Cs or ,88,Sr increased with the phytohormone concentration. The treatment of mid-level of Gibberelin-A,3, (500 mg/L) and Salicylates acid (500 μmol/L) increased the biomass, enrichment and the translocation factors under the low concentration of ,133,Cs and ,88,Sr stress (1 mmol/L). Therefore, the phyto-extraction efficiency was enhanced in oilseed rape by using exogenous phytohormones.