The effect of zinc and iron nanoparticles under drought stress on biochemical physiological properties of safflower

صیادی آذر, زهرا and شکاری, فریبرز and عباسی, امین The effect of zinc and iron nanoparticles under drought stress on biochemical physiological properties of safflower. In: 2nd International and 6th National Iranian Congress on Organic vs. Conventional Agriculture, August 2019, Ardabil, Iran.

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Abstract

Drought stress and lack of micronutrients especially iron and zinc in Iranian soils are very common, so that, in addition to quantitative performance, it also affects product quality performance, too. The purpose of this study was to investigate zinc and iron nanoparticles spry, under drought stress conditions on safflower plant, conducted in the research field of Plant Production and Genetic Engineering Department of Agricultural College, Maragheh University. Different levels of irrigation (irrigation at 90, 75 and 50% of field capacity respectively for non-stress conditions, moderate tension and severe stress) are considered as the main factors, and spry of zinc and iron nanoparticles (without the use of nanoparticles, Nano iron 30 MM, Nano iron 60 MM, Nano zinc 30 MM, Nano zinc 60 MM) as the sub factors Based on the results of the current research, increasing the severity of drought stress had a significant effect on the traits of protein content, oil content, yield, and at a probability level of 1%. Spry treatment with zinc and iron nanoparticles affected all the traits under study As a final result, it can be admitted that the application of 60 MM Zinc treatment was introduced as an effective application in dryland farming and Drought stress of the country due to its favorable effects.

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