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  • Simultaneous Biofortificati...
    Zou, Chunqin; Du, Yunfei; Rashid, A; Ram, H; Savasli, E; Pieterse, P. J; Ortiz-Monasterio, I; Yazici, A; Kaur, C; Mahmood, K; Singh, S; Le Roux, M. R; Kuang, W; Onder, O; Kalayci, M; Cakmak, Ismail

    Journal of agricultural and food chemistry, 07/2019, Volume: 67, Issue: 29
    Journal Article

    Field experiments were conducted on wheat to study the effects of foliar-applied iodine­(I) alone, Zn (zinc) alone, and a micronutrient cocktail solution containing I, Zn, Se (selenium), and Fe (iron) on grain yield and grain concentrations of micronutrients. Plants were grown over 2 years in China, India, Mexico, Pakistan, South Africa, and Turkey. Grain-Zn was increased from 28.6 mg kg–1 to 46.0 mg–1 kg with Zn-spray and 47.1 mg–1 kg with micronutrient cocktail spray. Foliar-applied I and micronutrient cocktail increased grain I from 24 μg kg–1 to 361 μg kg–1 and 249 μg kg–1, respectively. Micronutrient cocktail also increased grain-Se from 90 μg kg–1 to 338 μg kg–1 in all countries. Average increase in grain-Fe by micronutrient cocktail solution was about 12%. The results obtained demonstrated that foliar application of a cocktail micronutrient solution represents an effective strategy to biofortify wheat simultaneously with Zn, I, Se and partly with Fe without yield trade-off in wheat.