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In field experiments, bio-priming and coating with  Pseudomonas fluorescens  AB254 consistently protected sweet corn  (Zea mays  L.) seeds from preemergence damping-off caused by  Pythium ultimum  Trow. The bio-priming seed treatment was evaluated under various disease pressures and with seeds of three sweet corn genotypes:  shrunken-2  supersweet (sh-2),  sugary enhancer  (se), and  sugary  (su). While no damping-off occurred in the  su  sweet corn, bio-priming protected sh-2 and se sweet corn seeds at a level equivalent to that obtained by treatment with the fungicide metalaxyl. Biopriming increased seedling height of all three sweet corn genotypes at 4 weeks post-planting. Coating of sweet corn seeds with  P. fluorescens  AB254 provided an equivalent degree of protection from damping-off under all but the most severe conditions.

Field Performance of Sweet Corn Seed Bio-primed and Coated with Pseudomonas fluorescens AB254