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Integrated use of farm manure and synthetic nitrogen fertilizer improves nitrogen use efficiency, yield and grain quality in wheat

机译:农用粪肥和合成氮肥的综合使用提高了小麦的氮气利用效率,产量和籽粒品质

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Lower nitrogen use efficiency (NUE) is a major yield limiting factor in semiarid regions due to poor organic contents of the soils There is a close relationship between soil organic matter and NUE of fertilizers Therefore, this study was conducted to assess the effect of sole N fertilizer and its combinations with organic amendments (farm manure combinations) on N use efficiency and crop productivity For this purpose, a twoyear field study was conducted to access the influence of integrated use of synthetic N fertilizer (urea) and farm manure on N use efficiency and wheat productivity Treatments include ie Control, 100% N by Urea + 0%N by farm manure (FM), 75% N by Urea + 25 % N by FM, 50% N by Urea + 50% N by FM, 25% N by Urea + 75% N by FM, 0% N by Urea + 100% N by FM arranged in a triplicate randomized complete block design having recommended N rate of 150 kg ha–1 The results revealed that the treatment having 75% Urea and 25% FM followed by 50% Urea and 50% FM showed better results in term of wheat growth and yield There was 98% increase in N uptake of wheat grains and 200% increase in NUE by the application of 75% urea+25% FM relative to sole application of urea This study suggests use of 3:1 ratio of urea and FM for maximum NUE and sustainable wheat production.
机译:氮气使用效率降低(NUE)是半干旱地区的主要产量限制因素由于土壤的有机含量差,土壤有机物质和肥料之间存在密切的关系,因此进行了该研究以评估鞋底n的效果肥料及其与有机修改(农场粪便组合)的组合对N使用效率和作物生产率为此目的,进行了一项促进田间研究,以获得合成N肥料(尿素)和农场粪肥对N使用效率的影响和小麦生产率处理包括IE对照,通过油炸尿素(FM)100%N + 0%N,通过尿素75%N,通过Fm,50%N的​​尿素+ 50%N,通过Fm,25% n通过尿素+ 75%n,通过尿素0%n + 100%n由fm以三份随机的完整块设计排列,推荐的n率为150kg ha-1,结果表明,治疗尿素75% 25%FM,后跟50%尿素,50%FM显示出更好的结果在小麦生长和产量中,N颗粒颗粒的吸收量增加了98%,含量增加了75%尿素+ 25%FM,相对于唯一应用尿素,本研究表明使用3:1比率尿素与FM最大限度,可持续小麦生产。

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