ORGANIC MULCHING TO CONSERVE SOIL NUTRITIONAL QUALITY AND ENHANCE WHEAT YIELD

H. Shahzad, A. Sattar, Ayesha Irum, S. Ullah, Mohsin Ali, Aniqa Mubeen, K. Fatima, Sehrish Jamil, Rahina Kausar, I. Hussain
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Abstract

Nutritional degradation of soil is an alarming issue of present agriculture due to extensive farming to overcome food security. A field experiment was conducted during rabi season 2021- 22 at the research area of Arid Zone Research Centre (AZRC), Dera Ismail Khan to assess the efficiency of two types of mulches (farm manure (FM) and wheat straw (WS) to conserve soil nutrient capacity with improving wheat yield. Wheat variety “AARI-2011” was sown @ 150 kg/ ha and fertilizers were applied @ 120-90-60 kg/ha of NPK using Randomized Complete Block Design. The soil was sampled from 0-60 cm depth after the wheat crop harvesting and was examined for soil NO3 -1 nitrogen, available P and extractable K. Wheat straw and grain yields were taken at maturity showing significant improvement with increasing mulch application. Plant grain samples were also analyzed for nutrient (N, P and K) concentrations. The data were statistically analyzed using the ANOVA technique and the means of the treatments were compared using HSD (Tuckey’s) test with 5% significance. An eloquent increase in nutritional components NO3 -1, P and K of the top 30 cm soil layer and crop grain was observed. It was concluded that the application of organic wastes as soil cover not only conserves soil but also enhances its productivity. Therefore, it is recommended to use mulching materials to conserve soil and enhance productivity.
有机覆盖保护土壤营养品质提高小麦产量
土壤的营养退化是当前农业的一个令人担忧的问题,因为为了解决粮食安全问题,进行了广泛的耕作。2021-22年狂犬病季节,在德拉伊斯梅尔汗干旱区研究中心(AZRC)的研究区进行了一项田间试验,以评估两种类型的覆盖物(农家肥(FM)和小麦秸秆(WS))在保持土壤营养能力和提高小麦产量方面的效率。小麦品种“AARI-2011”以150公斤/公顷的速度播种,并使用随机完全块设计以120-90-60公斤/公顷NPK的速度施肥。小麦收割后,从0-60厘米的深度对土壤进行取样,并检测土壤NO3-1氮、有效磷和可提取K。小麦秸秆和谷物产量在成熟时测定,随着覆盖物的增加,产量显著提高。还分析了植物谷物样品的养分(N、P和K)浓度。使用ANOVA技术对数据进行统计分析,并使用HSD(Tuckey’s)检验对治疗的平均值进行比较,具有5%的显著性。表层30cm土壤和作物籽粒的营养成分NO3-1、P和K显著增加。结果表明,有机废弃物作为土壤覆盖物的应用不仅保护了土壤,而且提高了土壤生产力。因此,建议使用覆盖材料来保持土壤和提高生产力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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