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Enhancing Water Limitation Tolerance Of Tomato Plants Grown Under Water-limited Irrigation Regime by Maize Grain Embryos Extract Enriched with Some Bio-stimulant (MEEst).

Abstract
This study was conducted on the preventive measure of spraying tomato plants with a natural extract derived from maize grain embryos that is enriched with gibberellic acid (GA3), ascorbate (AsA), and selenium (Se) (MEEst) to guard against damage caused by water-limited stress (WL). Fully randomized factorial design was used to arrange the treatment with 7.5 or 15.0% MEEst and WL treatment (60% of ...
Keywords
Agronomy
Biology
Irrigation
Horticulture
Embryo
Cell biology
Sustainable Development Goals (SDG)
Clean water and sanitation



Enhancing Water Limitation Tolerance Of Tomato Plants Grown Under Water-limited Irrigation Regime by Maize Grain Embryos Extract Enriched with Some Bio-stimulant (MEEst).

Enhancing Water Limitation Tolerance Of Tomato Plants Grown Under Water-limited Irrigation Regime by Maize Grain Embryos Extract Enriched with Some Bio-stimulant (MEEst).

Abstract
This study was conducted on the preventive measure of spraying tomato plants with a natural extract derived from maize grain embryos that is enriched with gibberellic acid (GA3), ascorbate (AsA), and selenium (Se) (MEEst) to guard against damage caused by water-limited stress (WL). Fully randomized factorial design was used to arrange the treatment with 7.5 or 15.0% MEEst and WL treatment (60% of ...
Keywords
Agronomy
Biology
Irrigation
Horticulture
Embryo
Cell biology
Sustainable Development Goals (SDG)
Clean water and sanitation