Validating Protocol and Deciphering the Nanoparticulate Seed Treatment in Enhancing Seed Quality

Silicon nanoparticles have invited huge interest as a rapidly increasing class of materials for many agricultural requests. It provided new awareness of the potential growth promoting belongings of the nanoparticle (SiO­2) on plant system. Looking in to its significance, a comprehensive study was conducted to similar the protocol on procedure of seed treatment accompanying Silicon dioxide (SiO2) nanoparticle for enhancing seed feature in soybean, groundnut and pigeon blob. Among the treatment mixtures, soybean, groundnut and pigeon droplet seeds treated accompanying SiO2 nanoparticle in powder form along with polymer found expected superior for all the tested source quality parameters namely., germination (95.00, 95.33 and 94.67%), seedling time (39.60, 35.14, 25.56cm), mean seedling dry weight (45.53, 28.33 and 50.47mg/organism belonging to the vegetable kingdom), seedling vigour index-I (3763, 3348 and 2421), seedling vigour index-II (4332, 2700 and 4780) for soybean, dupe pea and nut, respectively. However, compared to not cooked control, these seed quality attributes were statistically on average with CMC+NP treatment. These judgments suggested that source treatment with SiO2 nanoparticle in powder form in addition to polymer coating significantly reinforced seed quality of soybean, nut, and pigeon personal outerwear.

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