2001•Journal of Biological SciencesOpen access

Effect of Different Nitrogen Levels and Time of Irrigation on the Fodder Yield of Sorghum (Sorghum bicolor L.)

Ihtisham-ul-Haq ., Amanullah Jan

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Abstract

All nitrogen levels positively affected leaf area per plant, leaf area index, stem thickness and plant height while irrigation timing only significantly (p#0.01)affected stem thickness and plant height.Maximum leaf area per plant (508.64 cm 2 ), leaf area index (317.50),stem thickness (1.314 cm) and plant height (237.30cm) were observed at the highest nitrogen level (120 kg kg N haG 1 ).Similarly the irrigation applied 15 days after sowing resulted maximum stem thickness (1.075cm) and plant height (225.90 cm) when compared with other treatments.The combination between 120 kg N haG 1 and irrigation applied 15 days after sowing resulted significant increase in plant height (261.87cm) as compared to other interactions.It can be concluded from this study that 120 kg haG 1 nitrogen and irrigation applied 15 days after sowing is the best combination in regard to yield parameters.

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All nitrogen levels positively affected leaf area per plant, leaf area index, stem thickness and plant height while irrigation timing only significantly (p#0.01)affected stem thickness and plant height.Maximum leaf area per plant (508.64 cm 2 ), leaf area index (317.50),stem thickness (1.314 cm) and plant height (237.30cm) were observed at the highest nitrogen level (120 kg kg N haG 1 ).Similarly the irrigation applied 15 days after sowing resulted maximum stem thickness (1.075cm) and plant height (225.90 cm) when compared with other treatments.The combination between 120 kg N haG 1 and irrigation applied 15 days after sowing resulted significant increase in plant height (261.87cm) as compared to other interactions.It can be concluded from this study that 120 kg haG 1 nitrogen and irrigation applied 15 days after sowing is the best combination in regard to yield parameters.

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Available abstract

All nitrogen levels positively affected leaf area per plant, leaf area index, stem thickness and plant height while irrigation timing only significantly (p#0.01)affected stem thickness and plant height.Maximum leaf area per plant (508.64 cm 2 ), leaf area index (317.50),stem thickness (1.314 cm) and plant height (237.30cm) were observed at the highest nitrogen level (120 kg kg N haG 1 ).Similarly the irrigation applied 15 days after sowing resulted maximum stem thickness (1.075cm) and plant height (225.90 cm) when compared with other treatments.The combination between 120 kg N haG 1 and irrigation applied 15 days after sowing resulted significant increase in plant height (261.87cm) as compared to other interactions.It can be concluded from this study that 120 kg haG 1 nitrogen and irrigation applied 15 days after sowing is the best combination in regard to yield parameters.

Key concepts: Sorghum, Fodder, Sorghum bicolor, Agronomy, Yield (engineering), Irrigation, Nitrogen, Mathematics

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