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Nitrogen Fertilization and Narrow Plant Spacing Stimulates Sunflower Productivity

机译:氮肥和窄植物间距刺激了向日葵生产率

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Plant population exerts a strong influence on growth and seed yield because of its competitive effect both on the vegetative and reproductive development. For evaluating the effect of different plant populations (83,333, 66,666 and 55,555 plants ha-1) and N rates (90, 120 and 150 kg N ha-1) on sunflower hybrid (Hysun-33) a field experiment was conducted during spring seasons of 2012 and 2013 using split plot design with three replications at Agronomic Research Area, University of Agriculture, Faisalabad. Results revealed that each N increment enhances the total dry matter, achene yield and its components while oil contents were undesirably affected. During both years, total dry matter, achene yield and harvest index were detected from 83, 333 plants ha-1. Contradictorily, yield components (head diameter, number of achenes per head and 1000-achene weight) were highest in 55,555 plants ha-1 treatment. Application of 150 kg N ha-1 in 83,333 plants ha-1 plant population was best treatment to attain maximum achene yield.
机译:由于其竞争性和生殖发展,植物人口对生长和种子产量产生了强烈影响。用于评估不同植物群体的影响(83,333,6666和55,555株植物HA-1)和N速率(90,120和150 kg n HA-1)在向日葵杂交(HYSUN-33)期间在春季进行田间实验2012年和2013年使用分裂绘图设计与三次复制在农业研究区,农业大学,农业大学,费萨拉巴德。结果表明,每个N增量增强了总干物质,瘦果产量及其组分,而油状物是不合需要的影响。在两年内,从83,333植物HA-1中检测到总干物质,瘦果产量和收获指数。矛盾的植物HA-1治疗中,矛盾的含量(头直径,每头部均衡数量和1000-酸的重量)最高。在83,333株植物HA-1植物群中施用150公斤HA-1是最佳治疗,以获得最大的瘦果产量。

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