Technological qualities of common winter wheat (Triticum aestivum L.) grown in conditions of unconventional agriculture

V. Dochev
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Abstract

Abstract During the period 2019 - 2020, a study was conducted on soil type calcic chernozem with Venka 1 common winter wheat variety. The experiment is based on the block method, in four replications with a size of the experimental plot of 10 m2. Sowing was carried out in October with a sowing rate of 500 sprouts/m2 after the predecessor sugar beet. In the appropriate periods, treatments were made in 4 variants: 1) Control - untreated variant, 2) Treatment with biodynamic preparations: 500 + Fladen preparation + preparation 501, 3) Treatment with biological preparations: Heliosulfur + Free N. 4) Combined treatment with the same biodynamic and biological preparations. Preparation 500 was applied in the phase of autumn and spring wheat tillering - 5% solution. Preparation 501 was applied in the phase ear formation - 1.5 g for 30 l of water/da. Fladen preparation is applied in the phase of autumn and spring tillering - 1.5% solution. Heliosulfur was applied in the ear formation phase - flowering at a dose of 50 ml/da, at an appropriate date on the biodynamic calendar. Free N was applied to the soil in the phase of autumn and spring tillering at a dose of 50 ml/da, at an appropriate date on the biodynamic calendar. The analysis of the technological qualities is made according to the respective ISO methodology. The statistical data processing was performed with the STATGRAPH program. The application of biodynamic and biological preparations and their joint use leads to an increase in the yield of wet gluten, as well as an increase in the content of N, P, K and protein in wheat grain. It has been proven that the combined use of biodynamic and biological preparations increases the content of dry matter, organic matter and the content of nitrogen-free extracts in wheat grain. The content of crude proteins has been shown to increase only in the varieties treated with biodynamic and biological preparations.
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非常规农业条件下普通冬小麦的技术品质
摘要在2019-2020年期间,用Venka 1号普通冬小麦品种对土壤型钙黑钙土进行了研究。该实验基于块法,分四次重复,实验地块大小为10m2。播种在10月份进行,播种率为500芽/m2,比前代甜菜高。在适当的时期,对4种变体进行了处理:1)对照-未经处理的变体,2)用生物动力制剂处理:500+弗莱登制剂+制剂501,3)用生物制剂处理:太阳硫+游离氮。4)用相同的生物动力和生物制剂联合处理。将制剂500应用于秋、春小麦分蘖期-5%溶液中。将制剂501应用于耳部形成相中——对于30升水/da为1.5克。在秋季和春季分蘖期施用亚麻制剂-1.5%溶液。在生物动力学日历上的适当日期,在穗形成阶段施用太阳硫,以50 ml/da的剂量开花。在秋季和春季分蘖期,在生物动力学日历上的适当日期,以50ml/da的剂量向土壤施用游离氮。根据各自的ISO方法对技术质量进行分析。使用STATGRAPH程序进行统计数据处理。生物动力制剂和生物制剂的应用及其联合使用可提高湿面筋的产量,并提高小麦籽粒中N、P、K和蛋白质的含量。已经证明,生物动力制剂和生物制剂的联合使用提高了小麦籽粒中干物质、有机物的含量和无氮提取物的含量。粗蛋白质的含量已被证明仅在用生物动力学和生物制剂处理的品种中增加。
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4 weeks
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