Influence of Vympel 2 and Oracul multicomplex biopreparations and their mixture on spring barley (Hordeum L.) plants of different varieties

I. Mosiychuk, L. Havryliuk, I. Beznosko, Y. Turovnik
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Abstract

The study of mechanisms of biological preparations influence on the plants of agricultural crops in order to improve and regulate their growth is an urgent task in agroecology. So, the article presents the results of studies of changes in biometric parameters of spring barley plants depending on the effect of biological preparations Vympel 2, Oracle multicomplex and their mixture (Vympel 2 + Oracle multicomplex). The research was conducted on the basis of temporary field experiments (Skvyra research station of organic production of IAEM of the National Academy of Sciences) and at the department of agrobioresources and ecologically safe technologies in the laboratory of biocontrol of agroecosystems and organic production of the IAEM of the National Academy of Sciences. In the course of the work, it was determined that under the influence of the mixture of Vympel 2 + Oracul multicomplex preparations, spring barley plants of varieties Sebastian and Helios, in the phase of full grain maturity, were 10 cm taller compared to the option without treatment (control). This shows that the treatment of spring barley plants with microfertilizer and growth stimulator ensured an increase in the linear dimensions of plants in height in all phases of their development. It has been established that the influence of preparations Vympel 2, Oracul multicomplex and their mixture (Vympel 2 + Oracul multicomplex) enhances the formation of the assimilation apparatus, which improves the conditions for the growth and development of spring barley plants, both due to the stimulating properties of the plant growth regulator and the improvement of soil nutrition conditions from the side of microfertilizer, which affects the formation of high-yielding crops. It was analyzed that the ear length, the number of grains in the ear, and the mass of grains of spring barley plants changed under the influence of the preparations, which depends on the varietal characteristics of the plants and the stimulating effect of the studied preparations. The best results were obtained by using the Vympel 2 + Oracul multicomplex mixture on plants of the Sebastian variety, where the length of the ear was 2 cm higher, and the weight of the grains was 22 g heavier compared to the control variant.
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Vympel 2和Oracul复合生物修复剂及其混合剂对不同品种春大麦植株的影响
研究生物制剂对农作物生长的影响机制,以改善和调节作物生长,是农业生态学研究的紧迫课题。因此,本文介绍了生物制剂Vympel 2、Oracle复合物及其混合物(Vympel 2 + Oracle复合物)对春大麦植株生物特征参数变化的研究结果。该研究是在临时实地试验(国家科学院有机有机生产研究所Skvyra)和国家科学院农业生物资源和生态安全技术系农业生态系统生物防治和有机有机生产实验室的基础上进行的。在研究过程中,研究人员确定,在Vympel 2 + Oracul复合制剂的混合作用下,塞巴斯蒂安(Sebastian)和赫利奥斯(Helios)品种的春大麦植株在全粒成熟期比未处理(对照)的植株高10 cm。说明施用微量肥和生长刺激剂对春大麦植株生长发育各阶段的线性尺寸均有一定的提高。研究结果表明,Vympel 2、Oracul复合复合物及其混合物(Vympel 2 + Oracul复合复合物)的作用增强了同化装置的形成,从而改善了春大麦植株的生长发育条件,这一方面是由于植物生长调节剂的刺激特性,另一方面是由于微量肥料方面改善了土壤营养条件,从而影响了高产作物的形成。分析了春大麦植株穗长、穗粒数和籽粒质量在制剂的影响下发生变化,这取决于植株的品种特性和所研究制剂的刺激作用。以Vympel 2 + Oracul复合复合物在塞巴斯蒂安(Sebastian)品种上的效果最好,其穗长比对照高2 cm,籽粒重22 g。
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