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Information × Registration Number 0223U004526, 0121U100493 , R & D reports Title Optimization of elements of adaptive technology of soybean cultivation in the Western Forest-Steppe in the conditions of climate change popup.stage_title Head Olekshii Liudmyla M., Кандидат сільськогосподарських наук Registration Date 16-11-2023 Organization Ternopil State Agricultural Research Station of the Institute of Agriculture of the Carpathian Region of the National Academy of Agrarian Sciences of Ukraine popup.description2  Оbject of research – process of forming the productivity of soybean grain in the conditions of climate change, depending on the selection of varieties, methods of sowing, the use of inoculants and biostimulants of plant growth. Subject of research: elements of the adaptive technology of growing soybeans in the Western Forest Steppe under conditions of climate change. The purpose of research: to study the elements of the adaptive technology of growing soybeans in the Western Forest Steppe under conditions of climate change based on the use of new high-yielding varieties to increase the yield and quality of grain. Research methods – field, laboratory, statistical. Theoretical and practical results: – the optimal methods of sowing soybeans of different maturity groups for productivity indicators are determined. It has been proven that the most adapted and plastic to the conditions of the Western Forest Steppe is the early-ripening variety Pallada with a row width of 30 cm, which provided the maximum yield - 3.22 t/ha. – the proven effectiveness of the inoculant Rhizoaktiv and the plant growth biostimulator Amalgerol on the grain productivity of soybeans of the Diadema Podillia early-ripening maturity group. The maximum increase in the yield of soybeans of the Diadema Podillia variety (0.58 t/ha) was obtained with the combined application of pre-sowing treatment of seeds with Rizoaktiv 2 l/t and Amalgerol 1.5 l/t and spraying of soybean plants with Amalgerol 3 l/ha (in the phases of the first triple leaf, budding and bean formation). Product Description popup.authors Hrytsevych Yurii S. Motkaliuk Andrii V. popup.nrat_date 2023-11-16 Close