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ASSESSMENT OF TOTAL FAT CONTENT AND YIELD INCREASE IN SOME RICE CULTIVARS UPON ADDITION OF ZN AND B
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ASSESSMENT OF TOTAL FAT CONTENT AND YIELD INCREASE IN SOME RICE CULTIVARS UPON ADDITION OF ZN AND B
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Journal Article
ASSESSMENT OF TOTAL FAT CONTENT AND YIELD INCREASE IN SOME RICE CULTIVARS UPON ADDITION OF ZN AND B
2017
Overview
According to estimates, by 2025 around seven hundred sixty million tons of rice shall be the regular food stuff for hungry world. Contrary to the future needs, rice production is about thirty five percent less than the actual requirement. [...]there is pressing need to increase the total areas of cultivation of yielding varieties of rice. At 135Kg N, 90Kg P, 10Kg Zn and 2 Kg B per hectare Fertilizer treatment were calculated for each plot and applied as (Control) C: 390.2 g Urea as N + 281g of DAP as P; (Treatment 1)T1: 390.2 g Urea as N + 281g of dAp as P + 150g ZnSO4 as Zn ; (Treatment 2) T2= 390.2 g Urea as N + 281g of DAP as P + 150g ZnSO4 as Zn + 17g Boric acid as B. For nursery bed, all DAP (168.75 g) was applied as basal dose before broadcasting seed and Urea 233 g was applied into two equal split doses - 116.5 g with DAP and remaining 116.5 g when tillers reached to length of 3 cm. Concentration of zinc and activity of copper/zinc-superoxide dismutase in leaves of rye and wheat cultivars differing in sensitivity to zinc deficiency.
