THE INFLUENCE OF THE MAIN TILLAGE SYSTEM ON THE PRODUCTIVITY OF SUNFLOWER HYBRIDS

Q3 Agricultural and Biological Sciences Agriculture and Forestry Pub Date : 2021-12-24 DOI:10.37128/2707-5826-2021-4-3
V. Palamarchuk, Vladyslav Pidlubnyi
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引用次数: 1

Abstract

The article highlights the solution of important scientific issues - increasing the yield of sunflower hybrids by applying the optimal system of basic tillage in the context of global climate change. The research was carried out in 2021 in the experimental field of VNAU on the basis of NDG "Agronomichne", which is located in the village of Agronomichne, Vinnytsia region. We studied three methods of basic tillage for sunflower crops - plowing to a depth of 23-25 cm (control), mouldboardless loosening - deep cultivator to a depth of 14-16 cm and surface disk tillage to a depth of 10-12 cm in the cultivation of sunflower hybrids of different maturity groups SI Arco, Alcantara and NC Brio). The best conditions for growth and development of sunflower plants were created in the variant where the mouldboard tillage was carried out with a plow PLN-3-35 to a depth of 23-25 cm and the whole period the cultivated plants were without competition from weeds for life factors - SI Arko - 143 cm, Alcantara - 158 cm and NC Brio - 177 cm. It should also be noted the increase in the height of sunflower plants with the extension of the growing season. The height of plants in the early-ripening hybrid of sunflower SI Arco in 2021 ranged from 122-143 cm, middle-early Alcantara - 142-158 cm and medium-ripe NK Brio - 160-177 cm, i.e. was the highest. Shallow and surface tillage with disc implements increases vegetative weeds by 2.3 and 2.8 times, respectively. The implementation of protective mechanized measures for sunflower sowing against weeds has contributed to a significant reduction in their number. Thus, in the control variant with shelf plowing with PLN-3-35 plow to a depth of 23-25 cm in the flowering phase of the basket, it was in the hybrid of sunflower SI Arco - 28 pcs. / m2, Alcantara - 45 pcs. / m2 and NK Brio - 25 pcs. ./m2, on the version with shelf-free loosening with a deep ripper "Bravo Till" to a depth of 14-16 cm - 75 pcs./ m2, 83 and 78 pcs./ m2, and with surface disk tillage harrow BDT-7 to a depth of 10-12 cm were the highest - 127 units / m2, 134 and 119 units / m2. Against the background of plowing, their number decreased by 31.2-42.8%. Carrying out mechanical measures (one before ladder and one after ladder harrowing, as well as inter-row loosening in the phase of 5-6 leaves of sunflower) protection of sunflower against the background of plowing helped to reduce weeds by 21.0-33.6%. At the end, plowing yield of sunflower seeds was higher (by 0.21-0.74 t / ha). The value of oil content when using mouldboard plowing was the highest and was in SI Arco - 46.4%, Alcantara - 47.2% and NC Brio - 47.4%.
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主要耕作制度对向日葵杂交种生产力的影响
本文重点介绍了在全球气候变化背景下应用最优基本耕作制度提高向日葵杂交作物产量的重要科学问题。该研究于2021年在位于Vinnytsia地区Agronomichne村的NDG“Agronomichne”实验田进行。研究了3种向日葵作物基本耕作方法——对照耕作深度23 ~ 25 cm、无模板松动耕作深度14 ~ 16 cm、表面盘耕深度10 ~ 12 cm。采用PLN-3-35型犁板耕作,深为23-25 cm,且在整个育成期内没有杂草对植株生命因子的竞争,即SI Arko - 143 cm, Alcantara - 158 cm和NC Brio - 177 cm,为向日葵植株的生长发育创造了最佳条件。还应注意的是,随着生长季节的延长,向日葵植株的高度也会增加。2021年向日葵早熟杂交种SI Arco植株高度为122 ~ 143 cm,中早熟Alcantara植株高度为142 ~ 158 cm,中熟NK Brio植株高度为160 ~ 177 cm。浅层和表层轮作使营养杂草分别增加2.3倍和2.8倍。向日葵播种机械化防护措施的实施使杂草数量显著减少。因此,在花篮期用PLN-3-35犁架耕至23-25 cm深度的对照变异中,它是在向日葵杂交品种SI Arco - 28 pcs中。/ m2, Alcantara - 45个。/m2和NK Brio - 25个/m2,在使用深度开膛机“Bravo Till”进行无架子松动的版本上,深度为14-16厘米- 75个。/ m2、83件和78件。BDT-7耙在10 ~ 12 cm耕层中以127个单位/ m2、134个单位/ m2和119个单位/ m2最高。在耕作的背景下,他们的数量减少了31.2-42.8%。在翻耕背景下对向日葵实施机械保护措施(梯前一梯后一耙)和5-6叶期行间松松,杂草减少21.0-33.6%。后期翻耕向日葵籽粒产量较高(0.21 ~ 0.74 t /公顷)。采用板耕时含油量最高,分别为SI Arco - 46.4%、Alcantara - 47.2%和NC Brio - 47.4%。
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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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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