1 Interactive Effect Of Nitrogen And Sulfur On Seed Yield Of Winter

1 Interactive Effect Of Nitrogen And Sulfur On Seed Yield Of Winter Download scientific diagram | 1 interactive effect of nitrogen and sulfur on seed yield of winter wheat from publication: effects of fertilization with sulfur on quality of winter wheat: a case. Fig. 17.1 interactive effect of nitrogen and sulfur on seed yield of winter wheat. fig. 17.4 interactive effect of nitrogen and sulfur on ash content of flour of winter wheat grain.

1 Interactive Effect Of Nitrogen And Sulfur On Seed Yield Of Winter Field experiments were conducted to test the seed yield responses of winter oilseed rape (brassica napus l., cvs libravo or falcon) to the addition of different rates of s fertilizer, at three n application rates, on a sandy loam at woburn, bedfordshire, in 1990 91, 1991 92 and 1993 94. large increases in seed yields, ranging from 0·7 to 1·6. 3.7 seed yield, oil yield and seed oil concentration. in 2017, seed yield was significantly influenced by n (p = .020) and s (p < .001) fertilizer application (table 6). the greatest seed yield (1.43 mg ha −1) occurred at the 112 kg n ha −1, and this value was significantly greater than yield obtained at the other three fertilizer rates. The paper presents the results of three year (2000 2003) experiments to determine the effect of the date of sulfur application (fall spring or spring only) and the fertilizer rate (0, 30, 60, 90 kg⋅ha 1 ) on the usability of winter rape seeds. the pre sowing and the spring rates of sulfur as well as the rate applied entirely in the spring did not lead to significant variations in crude. Nitrogen is also required for cell differentiation and elongation. its deficiency results in restricted vegetative growth by impacting the development of leaf area, branching, and dry matter accumulation [14–17] along with affecting the reproductive performance and seed yield in brassicas [11,18,19]. nitrogen concentration has shown a.

1 Interactive Effect Of Nitrogen And Sulfur On Seed Yield Of Winter The paper presents the results of three year (2000 2003) experiments to determine the effect of the date of sulfur application (fall spring or spring only) and the fertilizer rate (0, 30, 60, 90 kg⋅ha 1 ) on the usability of winter rape seeds. the pre sowing and the spring rates of sulfur as well as the rate applied entirely in the spring did not lead to significant variations in crude. Nitrogen is also required for cell differentiation and elongation. its deficiency results in restricted vegetative growth by impacting the development of leaf area, branching, and dry matter accumulation [14–17] along with affecting the reproductive performance and seed yield in brassicas [11,18,19]. nitrogen concentration has shown a. Ha−1) with the application rate of 40 kg s ha−1. sulfur defi ciency in brassica species causes delayed and prolonged flowering; reduces life span of petal and subsequently, less ening pollen, and attracting fewer pollinators resulting in poor seed filling and low seed yield with poor oil quality (ccc, 2017b). nitrogen and s fertilizers. Nitrogen (n) and sulfur (s) fertilization significantly affect seed yield and quality in brassica oilseed crops. the effect of n and s management on the crop parameters (plant height, stem base diameter, and number of branches), yield (seed yield components, seed and straw yields, harvest index—hi), and the quality of the seeds and oil (crude fat—cf, total protein—tp, crude fiber—cfr.