Özet:

The selection of nuts and grinding rates in the grinding studies for different purposes in the grain varieties are among the important factors that affect the grinding process. The application of nano particles (NPs) in optimized rates, as it improves seed grinding, postgrinding growth and efficiency, provides support by modulating molecular, biochemical and physiological pathways in dealing with various environmental stresses in the plant’s life cycle. In this study, we looked at the effects of silver nanoparticles (AgNPs) and GA3 applications produced by the green synthesis method of grain extract (Vitis vinifera L. cv oak) and silver nitrate (AgNO3) on grinding and vegetative development of 41B assault nuts. The nuts are twisted for 90 days at +4°C in order to encourage grinding. AgNPs (1 gL−1-24s, 1 gL−1-48s) and GA3 (1 gL−1-24s) were administered to folded nuclei. The application of AgNPs 1 gL−1-24s (100%) and GA3 1 gL−1-24s (100%) increased the grass rate according to control (84.85) while the long-term application of AgNPs (1gL−1-48s) negatively affected the grass rate and the vegetative development parameters. After all, the use of the application of AgNPs 1 gL−1-24s is recommended to increase the grass grass grass grass grass grass grass grass grass grass grass.

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