OPTIMIZATION OF SUNFLOWER FERTILIZATION ACCORDING TO THE APPLICATION OF BIOLOGICAL PREPARATIONS IN THE CONDITIONS OF THE RIGHT BANK FOREST-STEPPE

Q3 Agricultural and Biological Sciences Agriculture and Forestry Pub Date : 2021-12-24 DOI:10.37128/2707-5826-2021-4-4
Y. Tsytsiura, I. Didur
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Abstract

The article evaluates and outlines the main aspects and vision of optimization of sunflower fertilizer through the use of modern biological products of complex bioorganic and biomineral nature through their use in the form of foliar fertilization. The relevance and importance of such technological solutions and the search for optimal options for maximizing the yield potential of modern sunflower hybrids are emphasized given the importance of this crop for the formation of agricultural potential of Ukraine. The peculiarities of sunflower mineral nutrition for a long cycle of its study are generalized and aspects of its nutrition optimization and expediency of application of complex and growth-regulating biologicals are determined. The hydrothermal conditions of sunflower vegetation for the two-year cycle of application of biological products for vegetation were evaluated, which allowed to evaluate the role of their components on the growth processes and crop formation of sunflowers. The effectiveness of different variants of BTU-Center biological preparations recommended for growing sunflower for foliar feeding - Organic Balance and BTU Biocomplex was studied in view of the regulations of their use in terms of critical phases of growth and development of culture with a dose interval of 0.5 l / ha (single application) up to 1.0 l / ha (double application) in phases 6-8 and 12-14 leaves in combination with application of bioadhesive Liposam (0.5 l / ha) and urea (7 kg / ha) to enhance the physiological action of biological products. The efficiency and expediency of using both studied drugs with technological significant advantage in the use of high-yielding sunflower hybrids on gray forest soils in the Forest-Steppe zone of the right-bank biological product Organic Balance in the variant of double use. %, an increase in the area of the assimilation surface by 19.6%. As a result, it was found that the highest yield of sunflower hybrid LG 5638 on average during the study period was formed in the variant of double use of biological product Organic Balance - 2.84 t / ha with an increase to control of 0.39 t / ha (15.9%).
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根据生物制剂在右岸森林草原条件下的应用优化向日葵施肥
本文评价和概述了利用具有复杂生物有机和生物矿物性质的现代生物制品以叶面施肥的形式进行向日葵肥料优化的主要方面和前景。鉴于这种作物对乌克兰农业潜力的形成的重要性,强调了这种技术解决办法的相关性和重要性,并强调了为最大限度地提高现代向日葵杂交品种的产量潜力而寻找最佳选择。总结了葵花矿质营养在长周期研究中的特点,确定了葵花矿质营养优化和复合生长调节剂应用的适宜性。通过对2年植被生物制品施用周期内向日葵植被热液条件的评价,评价其组分对向日葵生长过程和作物形成的影响。不同变体的BTU-Center生物制剂的有效性建议种植向日葵叶喂养——有机平衡和BTU Biocomplex研究的规定使用的增长和发展的关键阶段的文化剂量间隔为0.5 l /公顷(单个应用程序)1.0 l /公顷(双应用程序)分阶段6 - 8和12 - 14叶结合应用一类Liposam(0.5升/公顷)和尿素(7公斤/公顷)增强生物制品的生理作用。高产向日葵杂交品种在右岸森林-草原带灰色森林土壤上双重利用具有显著的技术优势。%,同化面面积增加了19.6%。结果表明,研究期间向日葵杂交品种LG 5638的平均最高产量形成在生物制品有机平衡双重利用变异中,为2.84 t / ha,比对照增加了0.39 t / ha(15.9%)。
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来源期刊
Agriculture and Forestry
Agriculture and Forestry Environmental Science-Nature and Landscape Conservation
CiteScore
1.60
自引率
0.00%
发文量
58
审稿时长
15 weeks
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