Effectiveness of herbicide tank mixtures with Sekator turbo and graminicdes for oil flax
Автор: Mamyrko Yulia Viktorovna, Bushnev Alexander Sergeevich, Krivoshlykov Konstantin Mikhailovich
Журнал: Вестник Красноярского государственного аграрного университета @vestnik-kgau
Рубрика: Агрономия
Статья в выпуске: 11, 2022 года.
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The purpose of the study is a comparative assessment of the effectiveness of tank mixtures of post-emergence herbicides on oil flax aimed at suppressing vegetative dicotyledonous and monocotyledonous weeds in crops. Objectives: to study the herbicidal compositions of tank mixtures based on several combinations of effective drugs against weeds, non-phytotoxic and capable of increasing the production of high-quality oil flax. The object of the study is tank mixtures of graminicides with herbicide Sekator Turbo - 0.1 l/ha. The experimental scheme included six options: control, without treatment (variant 1); tank mix options: Sekator Turbo OD (0.1 l/ha) + Bagheera, EC (1.5 l/ha) (variant 2); Sekator Turbo, OD (0.1 l/ha) + Fuzilade Forte, EC (1.0 l/ha) (variant 3); Sekator Turbo, OD (0.1 l/ha) + Quickstep, FEM (0.8 l/ha) (variant 4); Sekator Turbo, OD (0.1 l/ha) + Miura, EC (1.2 l/ha) (variant 5); Sekator Turbo, OD (0.1 l/ha) + Zellek-super, EC (1.0 l/ha) (variant 6). It was revealed that the use of tank mixes (options 3, 4 and 5) provided a net income from the sale of oilseeds in the amount of 16,463-17,491 r/ha with a profitability of 78-82 %. Option 6 is not economically feasible due to the low level of crop yield and the high cost of the herbicidal composition. The use of tank mix in option 2 provided the best indicators of economic efficiency in the cultivation of oil flax due to the highest yield (1.34 t/ha) and net income (19115 r/ha). Based on the conducted studies, the herbicide Bagheera EC, is recommended for inclusion in the "State Catalog of Pesticides and Agrochemicals" for its use on oil flax.
Oilseed flax, productivity, herbicides, tank mixes, economic efficiency
Короткий адрес: https://sciup.org/140296018
IDR: 140296018 | DOI: 10.36718/1819-4036-2022-11-3-9