To address the severe problem of preharvest sprouting of wheat, we fabricated and tested a nanonetwork-structured nanocomposite using palygorskite modified by amino silicon oil. The nanocomposite was used as a… Click to show full abstract
To address the severe problem of preharvest sprouting of wheat, we fabricated and tested a nanonetwork-structured nanocomposite using palygorskite modified by amino silicon oil. The nanocomposite was used as a nanonet membrane (NNM) on the surface of wheat seeds to effectively inhibit preharvest sprouting (PHS). The NNM made the surface of the wheat seeds rougher and formed a hydrophobic nanomembrane on the surface of the wheat ears, effectively preventing the wheat seeds from adsorbing water. The PHS ratio of wheat decreased by 51.4% in the experimental group compared to the control. This study provides a promising approach to prevent wheat preharvest sprouting, which has potential value for application to wheat production.
               
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