Comparisons of Different Types of Organic Manures Integrated in Diverse Ratios with Inorganic N-Fertilizer in Terms of Maize Yield and Productivity

M. K. Khalil, S. Qureshi, Waqar Ali, Mukhtiar Ali, Farooq Ishaq, M. Tariq
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Abstract

In modern agriculture, the integration of organic and inorganic fertilizers has been proved as the best technique to maximize the nutrient availability to crops for longer period of time and to minimize the essential nutrients loss from rhizosphere soil. However, most of the researchers and farmers are uninformed of that which is the best fertilizer integration ratio and what type of organic manure should be used for obtaining good fertile soil and economical crop yield. In response of the above question the present research experiment was carried out in Kharif season 2018 at Cereal Crop Research Institute (CCRI), Nowshera, KPK, Pakistan to investigate the performance of maize crop in response to different types of organic manures integrated with inorganic nitrogen fertilizer in distinct ratios based on % nitrogen (N). Total 9 treatments were used in the experiment such as T1 (Control=100% N from Urea), T2 (50% N from SSB+50% N from Urea), T3 (50% N from SCB+50% N from Urea), T4 (50% N from PL+50% N from Urea), T5 (50% N from FYM+50% N from Urea), T6 (25% N from SSB+75% N from Urea), T7 (25% N from SCB+75% N from Urea), T8 (25% N from PL+75% N from Urea) and T9 (25% N from FYM+75% N from Urea). The outcomes of the experiment revealed that all the treatments have significantly affected the kernel yield, plant height, 100 kernel weight, and ear length while the number of kernel rows was non-significant. Treatments having 1:1 combination (T2, T3, T4, T5) have far better results as compared to 3:1 ratio combination (T6, T7, T8, T9) and 1:0 ratio combinations (T1). Among 1:1 treatment the overall performance of treatment T2 (50% N from Soyabean Straw Biochar (SSB)+50% N from urea) was best of all increasing the kernel yield, plant height, 100 kernel weight, ear length and kernel rows per cob up to 54.5%, 15.2%, 16%, 17.7% and 8.1% respectively more than any other treatment. Hence the integration of Soya Bean Straw Biochar with urea in 1:1 based on % N is advised for maximum yield and better growth performance of maize. Such a study on different cereal and leguminous crops under different soil and climatic conditions are recommended for vast spread application and authorization of results.
不同有机肥与无机氮肥配比对玉米产量和生产力的影响比较
在现代农业中,有机和无机肥料的结合已被证明是最大限度地延长作物养分利用率和最大限度地减少根际土壤必需养分损失的最佳技术。然而,为了获得良好的肥沃土壤和经济的作物产量,应该使用哪种有机肥,什么样的肥料配施比是最佳的,大多数研究者和农民都不了解。针对上述问题,本研究试验于2018年秋收季节在巴基斯坦KPK Nowshera谷物作物研究所(CCRI)进行,研究玉米作物对不同类型有机肥料与无机氮肥按不同比例(百分比氮(N))施用的表现。试验共使用9个处理,如T1(对照=100%尿素氮)、T2 (50% SSB氮+50%尿素氮)、T3 (50% N来自SCB+50% N来自尿素),T4 (50% N来自PL+50% N来自尿素),T5 (50% N来自FYM+50% N来自尿素),T6 (25% N来自SSB+75% N来自尿素),T7 (25% N来自SCB+75% N来自尿素),T8 (25% N来自PL+75% N来自尿素)和T9 (25% N来自FYM+75% N来自尿素)。试验结果表明,各处理对籽粒产量、株高、百粒重和穗长均有显著影响,而对粒行数无显著影响。与3:1比例组合(T6、T7、T8、T9)和1:0比例组合(T1)相比,1:1比例组合(T2、T3、T4、T5)的治疗效果要好得多。在1∶1处理中,T2处理(50%大豆秸秆生物炭氮+50%尿素氮)的综合性能最好,籽粒产量、株高、百粒重、穗长和每穗轴核行数分别比其他处理提高54.5%、15.2%、16%、17.7%和8.1%。因此,建议大豆秸秆生物炭与尿素按1:1的比例配施,以获得玉米的最高产量和更好的生长性能。建议在不同土壤和气候条件下对不同谷物和豆科作物进行此类研究,以便广泛推广应用和结果的授权。
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