Effect of Different Levels of Chemical and Nano Nitrogenous Fertilizers on Yield and Yield attributes of Sorghum Crop (Sorghum bicolor L.) cv. Gundri

Effect of foliar application of nano zinc on available nutrient status of wheat under zinc deficient and sufficient soils of inceptisol

“…Thirunavukkarasu and Subramanian (2015) [18] demonstrated that the slow-release mechanism of nano fertilizers has the capacity to improve the nutrient status of soil by mitigating leaching loss, fixation, atmospheric losses, and microbial conversion. These findings align with similar results reported by Rani et al (2019) [14] and Meena et al (2021) [7] .…”

Influence of Foliar Application of Nano Urea and Urea on Productivity and Nutrient Status of Fodder Maize during Kharif Season

“…The significantly higher dry matter accumulation in treatment T9 followed by T6 might be attributed due to higher number of leaves, more leaf length and width at higher nitrogen levels might have offered a larger photosynthetic surface to collect more radiant energy, which might have led to a considerable increase in dry matter accumulation with increased nitrogenous foliar fertiliser. These results are in conformity to the findings of Singh et al [6], Rani et al [5] and Ajithkumar [7].…”

“…A combination of soil application and spray, match the N requirement of crop in demand with time series and further nano N spray at 20 and 40 DAS probably sustained the N content, thereby helped to increase the cell elongation and in turn, leaf area. Amanullah et al 2009 and Rani et al [5].…”

Agronomic traits and chemical composition of forage sorghum plants fertilized with poultry litter and fermentative profile of silages

“…Although sorghum is generally associated with crops under lower fertility and water stress conditions, it is very responsive to N fertilizers that seek to increase its productivity, presenting a high capacity to use the N provided by the fertilizer (Rani et al, 2019), whether this mineral or organic. As the farm decisions are guided by economic factors, the adoption of poultry litter (PL) as N fertilization may have greater economic benefits than commercial fertilizers, due to less capital investment and good productivity response (Hoover et al, 2019).…”