INFLUENCE OF CULTIVATION TECHNOLOGY ELEMENTS ON YIELD AND QUALITY INDICATORS OF POTATO TUBERS OF THE MIDDLE-MAPING VARIETY "BARNA" IN THE FOREST-STEPPE ZONE OF RNO-ALANIA

Ikoeva Larisa Petrovna, Khaeva Oksana Elbrusovna
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Abstract

The results of studying the effect of microfertilizer "Ultramag Combi" and growth regulator "Regoplant" on productivity and the developed system of their combined use for the production of environmentally friendly potatoes are presented. Field experiments were carried out in 2018-2020. on leached heavy loamy chernozem underlain by pebbles of the forest-steppe zone of North Ossetia-Alania. For all variants of treatment with the growth regulator "Regoplant" and the microfertilizer "Ultramag Combi", an increase in the yield of tubers was obtained. The maximum potato yield was obtained when treated with a tank mix - 22.8 t/ha. The quality indicators of potato tubers (dry matter content, starch, vitamin C) improved markedly in all variants of the experiment compared to the control. The highest content of dry matter (22.6%) and starch (12.7%) was noted when using the tank mixture: Regoplant (25 ml/ha) + Ultramag Combi (0.75 l/ha). The calculation of economic efficiency showed that the costs are paid off in all variants of the experiment, however, the most profitable option turned out to be the treatment with a tank mixture: "Regoplant" (25 ml/ha) + "Ultramag Combi" (0.75 l/ha), where the profitability was 54.4% or 19% more than the control variant, and compared with II and III experimental variants - by 10.2; 7.8% more respectively.
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栽培技术要素对中配品种“巴纳”马铃薯块茎产量及品质指标的影响
本文介绍了施用微量肥“Ultramag Combi”和生长调节剂“Regoplant”对马铃薯生产力的影响及其开发的环境友好型马铃薯配施系统的研究结果。2018-2020年进行田间试验。在浸出的重壤土黑钙土上,下面是北奥塞梯-阿拉尼亚森林草原地带的鹅卵石。用生长调节剂“Regoplant”和微量肥“Ultramag Combi”处理的所有变异体块茎产量均有增加。马铃薯产量最高时,采用罐式混合处理- 22.8吨/公顷。马铃薯块茎质量指标(干物质含量、淀粉、维生素C)在各处理间均较对照显著提高。Regoplant (25 ml/ha) + Ultramag Combi (0.75 l/ha)混合液的干物质和淀粉含量最高,分别为22.6%和12.7%。经济效率的计算表明,在所有的实验变体中,成本都得到了回报,然而,最有利可图的选择是用罐式混合物处理:“Regoplant”(25毫升/公顷)+“Ultramag Combi”(0.75升/公顷),其盈利能力比对照变体高出54.4%或19%,与II和III实验变体相比- 10.2%;分别增长7.8%。
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