Micronutrients Distribution in Soybean Plant with Zn, Fe, and Mn Application.
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Date
2013-04
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Abstract
In order to investigate the effect of some of micronutrients application on micronutrient
distribution, partitioning, and their ratio in different parts of soybean plant; we conducted an
experiment in field conditions at Kermanshah, Iran, 2010 and 2011. Three levels of zinc (0,
20, 40 kg.ha-1 from ZnSo4 source); iron (0, 25, 50 kg.ha-1 from FeSo4 source) and
manganese (0, 25, 40 kg.ha-1 from MnSo4 source) were applied. Based on results, it was
found that Zn and Mn concentrations increased within the plant with micronutrient
fertilizers application. The highest Zn concentration was observed in pod, but Maximum Fe
and Mn concentrations recorded in leaves. With increases in soybean old and reach to full
maturity stage, the Zn, Fe, and Mn content in tissue plant were decreased. The results
indicated that with Zn application [Zn]/[Fe] and [Zn]/[Mn] ratios in seed increased. With Fe
fertilizer application [Zn]/[Fe] ratio was decreased, but had no effect on [Zn]/[Mn] ratio.
Description
Keywords
Iron, manganese, partitioning, trace element, zinc
Citation
Kobraee Soheil, NoorMohamadi Ghorban, HeidariSharifAbad Hosein, DarvishKajori Farokh, Delkhosh Babak. Micronutrients Distribution in Soybean Plant with Zn, Fe, and Mn Application. Annual Review & Research in Biology. 2013 Apr-Jun; 3(2): 83-91.