Effect of Different Levels of Humic Acid and Mineral Fertilizers on Growth and Productivity of Sunflower

Khamis A. Mourad
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引用次数: 3

Abstract

Two field experiments were conducted out at Itay EL-Baroud Agricultural Research Station to investigate the effect of different levels of humic acid and mineral fertilization alone or in combination on two sunflower cultivars, Sakha 53 and G102 during two summer seasons 2016 and 2017. The treatments were, i.e. T1 (100% mineral fertilizers + zero humic acid), T2 (75% mineral fertilizers + 2 litters of humic acid/feddan), T3 (50% mineral fertilizers + 2 litter of humic acid/feddan), T4 (50% mineral fertilizers + 1 litter of humic acid/feddan) and T5 (0% mineral fertilizers + 2 litter of humic acid/feddan), foliar application of humic was done on 25, 35 and 45 day after sowing (DAS). The experiments were designed in RCBD using split plot with three replications. The results indicated that highly significant difference were found between sunflower cultivars, also found between fertilization treatments during the two seasons, Sakha 53 recorded the best values for plant height, head diameter , seed yield/plant and seed yield/fad, while Giza 102 achieved desirable values for days to flowering and oil %. The treatments T1 and T2 exhibited the best results for most studied characters such as plant height, head diameter (cm), stem diameter (cm), no. of seeds/plant, 1000-seeds weight/plant and seed yield/fad with exception of oil % and physiological maturity date. Best value of benefit cost ratio was obtained by T1 and T2 among treatments and Sakha 53 compared to Giza 102.
不同水平腐植酸和矿质肥料对向日葵生长和生产力的影响
在2016年和2017年夏季,在Itay EL-Baroud农业研究站进行了两项田间试验,研究了不同水平腐植酸和矿质肥料单独或联合施用对萨哈53和G102两个向日葵品种的影响。处理分别为T1(100%矿质肥+零腐植酸)、T2(75%矿质肥+ 2窝腐植酸/腐植酸)、T3(50%矿质肥+ 2窝腐植酸/腐植酸)、T4(50%矿质肥+ 1窝腐植酸/腐植酸)和T5(0%矿质肥+ 2窝腐植酸/腐植酸),分别于播后25、35和45 d叶面施用腐植酸。实验采用RCBD分割图设计,3个重复。结果表明,不同向日葵品种间存在极显著差异,两季施肥处理间也存在显著差异,萨哈53在株高、穗粗、单株产量和籽粒产量/fad方面均取得最佳值,吉萨102在开花天数和含油率方面均取得理想值。处理T1和T2在株高、穗粗(cm)、茎粗(cm)、生育力、生育力、生育力、生育力、生育力、生育力、生育力和生育力等性状上表现最好。种子/株、千粒重/株和种子产量/fad(含油量%和生理成熟期除外)。与吉萨102相比,T1和T2处理的效益成本比最佳,萨哈53的效益成本比最佳。
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