This said, although atmospheric ozone has been extensively studied with respect to its phytotoxicity,
there are very few studies available on ozone in the aqueous phase in which evidence to support
the removal of ozone (on the basis of phytotoxicity) is provided.Furthermore, removal limits the overall
efficacy of the treatment as the ozone is not available to treat distribution lines and emitters. The purpose
of this study was to determine if aqueous ozone impacts tomato (Lycopersicon esculentum Mill. cv Matrix
F1) productivity when applied directly to a mineral wool growth substrate via drip irrigation.