Vol. 5, Issue 1 (2017)
Effect of nanofertilizers on growth and development of crops/plants: A review
Author(s): Dr. Satya Narayan
Abstract: This survey paper introduced evaluates the use of nanotechnology-based things and its application in rice crop. A few specialists affirmation that customary developing practices doesn't have the alternative to assemble any further efficiency nor stop natural issues because of this innovation has gotten the pathway to usage free from nanotechnology in cultivating. Nanofertilizer changes the availability of supplements by controlling the sum and quality which brings about progress of the nutritive nature of plants. Published composed works regarding the capability of nanofertilizer in updating these properties are exceptional. Hence, this survey is proposed to explain the possible effect of the usage of nanofertilizer in rice cultivar. The audit moreover surveyed the effect of nanofertilizer on the turn of events and improvement of rice. With the ascent in people and absence of sound supplements and decreasing cultivating territories for crop development, another creation innovation like nanotechnology is an outright need. A nursery explore was directed to decide the impacts of nanofertilizer application on the yield, absolute phenolic content (TPC) and cancer prevention agent movement of rice cv. Ilpum. Results showed that agronomic boundaries were altogether improved by all blend medicines aside from that applied with nanofertilizer as it were. The full suggested pace of traditional and nanofertilizer (FRR-CF+FRR-NF) improved the plant stature, chlorophyll content, number of conceptive turners, panicles, and spikelets. The extents of increment over the FRR-CF were 3.6%, 2.72%, 9.10%, 9.10%, and 15.42%, separately. Comparative outcomes were found in panicle weight (17.4%), all out grain weight (unpolished-17.5%, cleaned 20.7%), complete shoot dry weight (15.3%), and reap file (2.9%). A large portion of the suggested pace of nanofertilizer improved TPC, lessening force and 2, 2'- azinobis-(3-ethylbenzothiazoline-6-sulfonic corrosive (ABTS) searching action by 51.67%, 36.28%, and 20.93% separately over the FRR-CF+FRR-NF treatment. (Benzon et al, 2015)
Pages: 118-123 | 491 Views 119 Downloads
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How to cite this article:
Dr. Satya Narayan. Effect of nanofertilizers on growth and development of crops/plants: A review. Int J Chem Stud 2017;5(1):118-123.
