Effectiveness of the Application of Nitrification Inhibitors on the Content of Available Nitrogen Forms in the Soil after Winter Barley Cultivation

Z. Rybárová, P. Slamka, O. Ložek, P. Kováčik
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引用次数: 1

Abstract

Abstract The aim of this study was to examine the effect of split and one-time application of nitrogen-sulphur fertiliser ENSIN (26% N, 13% S) containing nitrification inhibitors (dicyandiamide and 1,2,4-triazole) on the content of nitrate and ammonium nitrogen in soil. The study was conducted in field small-plot experiment with winter barley on Haplic Luvisol with dominance of clay fraction in experimental station of the Central Testing Institute in Agriculture of Veľké Ripňany in the experimental years 2015 to 2017. The dose of nitrogen in all experimental treatments was 140 kg/ha and was applied at once during regenerative fertilisation or split in three partial doses. Soil samples from all examined treatments were taken from two soil depths (0.0‒0.3 m and 0.3‒0.6 m, respectively) by probe rod in three week intervals. Achieved results indicate that in the year 2015/2016, one-time application of fertiliser ENSIN containing nitrification inhibitors considerably reduced portion of N-NO3 - from the content of Nmin by 32 relative % in soil depth of 0.0-0.3 m and by 36 relative % in soil depth of 0.3‒0.6 m. On the other hand, in the year 2016/2017, split application of fertiliser ENSIN substantially reduced portion of N-NO3 - from the content of Nmin by 38‒62 relative % in soil depth of 0.0‒0.3 m, however increased portion of N-NO3 - by 10‒14 relative % in soil depth of 0.3‒0.6 m
施用硝化抑制剂对冬大麦栽培后土壤有效态氮含量的影响
摘要本试验旨在研究分施和一次性施用含硝化抑制剂(双氰胺和1,2,4-三唑)的氮硫肥ENSIN (26% N, 13% S)对土壤硝态氮和铵态氮含量的影响。本研究于2015 ~ 2017试验年,在Veľké Ripňany中央农业检测研究所试验站,以冬大麦为试验对象,进行了以粘土组分为主的Haplic Luvisol田间小块试验。所有试验处理的施氮量均为140 kg/ha,在再生受精期间一次性施氮或分3次施氮。每隔三周,用探棒从两个土壤深度(分别为0.0-0.3 m和0.3-0.6 m)采集所有检测处理的土壤样本。已取得的结果表明,2015/2016年度,一次性施用含有硝化抑制剂的肥料ENSIN,在土壤深度为0.0-0.3 m的土壤中,N-NO3 -在Nmin含量中所占的比例显著降低了32%,在土壤深度为0.3-0.6 m的土壤中相对降低了36%。另一方面,2016/2017年,在土壤深度为0.0-0.3 m的土壤中,分施ENSIN使N-NO3 -在Nmin含量中所占的比例大幅降低了38 - 62%,而在土壤深度为0.3-0.6 m的土壤中,N-NO3 -的比例增加了10 - 14%
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