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Two inbred lines and their heterotic F1 hybrid of sweet corn (Zea mays L.   var. rugosa Bonaf.) were evaluated to assess their reaction for PEG-mediated   water stress at the seedling stage in terms of various physiological and   biochemical traits. Water potentials were: zero as control and -0.6, -0.9,   -1.2 and -1.5 MPa as treatments. Stress- determining parameters such as   proline content, malondiadehyde, and hydrogen peroxide were measured. In   water stress, the germination was inversely proportional to the Polyethylene   glycol concentrations in all three genotypes; roots and shoots length, fresh   and dry weight decreased with an increasing of polyethylene glycol   concentration. Malondiadehyde, proline, and hydrogen peroxide were found to   be increased at different osmotic gradients in comparison to control. The   data observed in the experiments revealed that the line C-6 might be used as   a very promising parent to breed and select new drought tolerant sweet corn   hybrids. Such a suggestion needs to be further explored by involving a larger   set of sweet corn lines and hybrids

Evaluation of drought tolerance in new Bulgarian sweet corn genotypes with using stress tolerance indices