THE EFFECTIVENESS OF THE USE OF BIOLOGICAL PRODUCTS IN WINTER WHEAT CROPS IN THE CONDITIONS OF THE RIGHT-BANK FOREST-STEPPE

Q3 Agricultural and Biological Sciences Agriculture and Forestry Pub Date : 2022-04-29 DOI:10.37128/2707-5826-2022-1-7
N. Pinchuk, P. Verheles, T. Kovalenko, Sergey Amons
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引用次数: 1

Abstract

This article presents the results of studies of the effectiveness of the use of biological products in winter wheat crops. The positive effect of pre-sowing seed inoculation with biological products Azotofit and Help Growth on the germination capacity of winter wheat seeds of the Skagen variety has been established which was 3-4% higher than the control and contributed to an increase in the number of nodal roots by 56% and 50%, respectively, the plant density was 13-9 pcs / m2 more than in the control. In the variants Azotofit and Help Growth, productive tillering was higher by 0.3-0.2 stems / plant. compared with the control, and the infestation of plants by root rot was 6.6-4.7%, respectively. It was established that an increase in winter hardiness as a result of pre-sowing inoculation of winter wheat seeds, which was 93.2-94.5%, respectively, which was 2.7-4% higher than the control indicator and overwintering of plants, which was 546-521 pcs / m2, which 111-85 pieces / m2 more compared to the control. The combination of pre-sowing inoculation with biological products Azotofit, Help Growth and feeding with Organic Balance (during spring tillering) had a positive effect on the bushiness of plants and their productivity, which, in the variant providing for pre-sowing inoculation of seeds with the biological product Azotofit and feeding with Organic Balance, was 580 which is 102 pcs / m2 higher than the control indicator. The use of the studied preparations contributed to the better spring tillering of winter wheat plants and the number of productive stems, in particular, the combination of pre-sowing inoculation, respectively, with the biological products Azotofit and Help. Growth and feeding Organic balance (during the spring tillering period), the number of productive stems is 535-540 pcs / m2, which is 112-117 pcs / m2 more than in the control. The use of the studied biological products had a positive effect on the elements of the structure of the crop, in particular, an increase in the number of grains per spike, the mass of grain per spike and the mass of 1000 grains was noted, which ultimately contributed to obtaining the highest yield of winter wheat, which in the application of Azotofit and Help Growth was 5.64-5.82 t / ha, respectively, which is 0.48-0.66 t / ha more than in the control. When feeding in the tillering phase with Organic, the yield balance was 5.63 t / ha, which is 0.47 t / ha higher than in the control. With a combination of presowing inoculation, respectively, with the biological products Azotofit and Help Growth and feeding Organic balance (during the spring tillering period), the yield was 6.21-6.38 g, which is 1.09-1.22 t / ha more than in the control.
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右岸森林草原条件下冬小麦生物制品利用的有效性
本文介绍了生物制品在冬小麦作物上应用效果的研究结果。播前接种生物制品Azotofit和Help Growth对Skagen品种冬小麦种子发芽率有显著的促进作用,比对照提高了3-4%,节根数分别增加了56%和50%,植株密度比对照提高了13-9 pcs / m2。在Azotofit和Help Growth变异中,有效分蘖高于0.3 ~ 0.2茎/株。与对照相比,根腐病对植株的侵染率分别为6.6-4.7%。结果表明,播前接种冬小麦种子,冬小麦抗寒性提高93.2 ~ 94.5%,比对照指标高2.7 ~ 4%,植株越冬效果为546 ~ 521 pcs / m2,比对照高111 ~ 85 pcs / m2。播前接种生物制品偶氮磷与有机平衡饲养(春分蘖期)组合对植株的生长和生产力有积极的影响,在播前接种生物制品偶氮磷与有机平衡饲养的变异中,其产量为580,比对照指标高102 pcs / m2。研究制剂的使用对冬小麦植株的春分蘖和生产茎数有较好的促进作用,特别是播前接种与生物制品Azotofit和Help的结合。有机平衡(春分蘖期),有效茎数为535 ~ 540 pcs / m2,比对照多112 ~ 117 pcs / m2。研究生物制品的使用积极的影响作物的结构的元素,特别是,增加穗粒数、穗粒的质量和质量的1000年谷物指出,最终导致获取冬小麦的产量最高,在应用Azotofit和帮助增长5.64 - -5.82吨/公顷,分别是0.48 - -0.66吨/公顷以上的控制。分蘖期施用有机肥时,产量平衡为5.63 t / ha,比对照高0.47 t / ha。播前接种与生物制品偶氮灭活菌和助生补饲有机平衡(春分蘖期)相结合,产量为6.21 ~ 6.38 g,比对照增产1.09 ~ 1.22 t / hm2。
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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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