综合利用农家肥和尿素可提高小麦产量和土壤性质

Shahbaz Khan, Syed Adnan Mazhar, Soahil Irshad, M. Nawaz, S. Bashir, M. Saddiq, Ali Bushkh
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引用次数: 0

摘要

肥料的最佳使用是决定作物产量命运的一个重要因素,它确定了土壤中养分的可及性。施肥不平衡不仅会降低作物产量,而且会对土壤性质产生不利影响。通过为期一年的试验,探讨不同水平的农家肥和尿素对小麦土壤性质、生长和产量的影响。施氮量分别为:1)尿素氮125 kg ha-1, 2)尿素氮80 kg ha-1 +农家肥ha-1 10吨,3)农家肥ha-1 20吨。试验选用小麦品种Sehar-2006。所有处理的组合对作物生长、经济产量和土壤性质都有影响。而厩肥与尿素配施的正效应最大。结果表明,与单独施用尿素相比,尿素与厩肥配合施用可显著提高水稻单位面积有效分蘖数(16%)、株高、穗数(12.5%)和经济产量(11%)。与单独施用尿素或厩肥相比,尿素和厩肥配施对土壤容重、颗粒密度、孔隙率和土壤饱和导水率均有显著的正向影响。建议将农家肥与尿素混施,既能提高经济产量,又能改善土壤性状。
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Integrated Usage of Farm Yard Manure and Urea Improves Wheat Yield and Soil Properties
Optimum usage of fertilizers is an important factor that defines the fate of crop yield by confirming the accessibility of nutrients in soil. Imbalance use of fertilizer not only reduces the crop productivity but also adversely affects the soil properties. A one-year experiment was carried out to explore the impact of different levels of farm yard manure and urea on soil properties, growth and yield of wheat crop. Treatments were application of nitrogen at i) 125 kg ha-1 from urea, ii) 80 kg ha-1 of nitrogen from urea + 10 tons of farm yard manure ha-1 and iii) 20 tons of farm yard manure ha-1. Wheat cultivar Sehar-2006 was used in the experiment. All the treatments’ combination affected crop growth, economic yield and soil properties. However, maximum positive impact of combined use of farm yard manure and urea was observed. Results indicated that productive tillers per unit area (16%), plant height, number of spikelets per spike (12.5%) and economical yield (11%) were greatly enhanced by combined usage of urea and farm yard manure as compared to sole application of urea. Combined application of urea and farm yard manure also positively affected the soil bulk density, particle density, percent porosity and soil saturated hydraulic conductivity as compared to either sole use of urea or farm yard manure. Combined usage of farm yard manure and urea are suggested better to produce higher economical yield along with improved soil properties.
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International Letters of Natural Sciences
International Letters of Natural Sciences MULTIDISCIPLINARY SCIENCES-
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