The influence of moistening conditions and seed treatment with biological preparations on the growth and yield of winter wheat varieties

M. Korkhova, N. Markova, A. Panfilova
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Abstract

Purpose. To determine the influence of the moistening conditions and treatment of seeds with biological preparations Azotofit-r, Fitotsyd, Mycofriend-r, Orhanik-balans Monofosfor on growth processes at the initial plant life stages, formation of stand density and grain yield of winter wheat varieties. Methods. General scientific, special, field, mathematical-statistical and calculation-comparative methods were used for research. Results. The key to a high yield of winter wheat is in obtaining even stands, forming the optimal density of plant stands at the time of harvesting, taking into account their survival rates, the coefficient of productive tillering, and the study of new varieties adapted to climate changes. According to the research results, it was determined that, on average, for 2020–2022, the highest grain yield among the studied varieties of winter wheat was recorded in plants of the variety ‘Duma Odeska’ (8.38 t/ha) under irrigation in the variant with pre-sowing treatment of seeds with the biopreparation Azotofit-r, which was 0.78 t/ha more compared to the control (treatment with water). In the variant without irrigation, the yield was 6.08 t/ha, which was less than the control by 2.3 t/ha or 27.4%. Conclusions. The developed elements of the technology of winter wheat varieties growing make it possible to form the optimal plant density and significantly increase grain yield in the conditions of the Southern Steppe of Ukraine
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湿润条件和生物制剂处理对冬小麦品种生长和产量的影响
意图测定生物制剂Azotofit-r、Fitotsyd、Mycofriend-r、Orhanik balans Monofosfor湿润条件和种子处理对冬小麦品种生命初期生长过程、林分密度形成和籽粒产量的影响。方法。研究采用了一般科学方法、专门方法、领域方法、数理统计方法和计算比较方法。后果冬小麦高产的关键是获得均匀的林分,在收获时形成最佳的林分密度,同时考虑到它们的存活率、生产分蘖系数以及适应气候变化的新品种的研究。根据研究结果,可以确定,平均而言,在2020-2022年,在用生物制剂Azotofit-r对种子进行播种前处理的变体中,在灌溉条件下,“Duma Odeska”(8.38 t/ha)品种的冬小麦植株中,所研究的冬小麦品种的粮食产量最高,与对照(用水处理)相比增加了0.78t/ha。在不灌溉的变体中,产量为6.08t/ha,比对照低2.3t/ha,即27.4%
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审稿时长
26 weeks
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