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dc.contributor.authorBurykina, Svitlana-
dc.contributor.authorKryvenko, Anna-
dc.contributor.authorSolomonov, Ruslan-
dc.contributor.authorKapustina, Galina-
dc.contributor.authorДробітько, Антоніна Вікторівна-
dc.contributor.authorDrobitko, Antonina-
dc.identifier.citationBurykina S., Anna Kryvenko A., Solomonov R., Kapustina G., Drobitko A. Efficiency of winter wheat fertilization systems in the steppe zone of southern Ukraine // International Journal of Ecosystems and Ecology Science (IJEES). 2021. Vol. 11 (4): 819-830
dc.description.abstractThe results of the fifth and sixth rotations (2007–2020) of a long-term stationary experiment to study the effectiveness of various mineral fertilizer systems for growing winter wheat in the field crop rotation are summarized. The stationary experiment was established in 1971 on the southern low-humus heavy loam chernozem on forests. The natural and climatic zone is the Steppe; the agro-soil province is the dry Black Sea Steppe. Alternation of crops in the field crop rotation: black pair – winter wheat – winter rapeseed – winter wheat – sideral pair – winter wheat – winter wheat. The weighted average indicators of fertilizer efficiency in winter wheat crops were determined: N60P30–60K30–60 – yield gave increase of 1,52 t/ha; energy efficiency coefficient was of 3,63; net profit was of 0,98 $/ha; N120P30–60K30–60 – yield gave increase of 2,04 t/ha; energy efficiency coefficient was of 2,41; net profit was of 0,79 $/ha; N180P30–60K30–60 – yield gave increase of 2,22 t/ha; energy efficiency coefficient was of 2,09; net profit was of 0,69 $/ha. For the zone of the Black Sea Steppe of Ukraine, the parameters of the payback of a unit of the active substance of mineral fertilizers are determined by the increments of the protein content in winter wheat grain, which on average amount to (mg/kg a. s.): 202 NPK kg/ha and the ratio N:P:K = 2,5:1:1 – 10,68, N60 – 28,20, N120 – 28,20 and N180 – 21,48. It is shown that the systematic use of a complete mineral fertilizer with a total rate of 202 NPK kg/ha and a ratio of N:P:K = 2,5:1:1 for black and sideral pairs provides winter wheat grain with a protein content of 14,18%; winter rapeseed – 13,21% and 12,40% – for a stubble precursor. It is noted that at high and very high level of availability of available phosphorus and potassium in the southern chernozem, which was created in a stationary experiment during the years preceding the presented period (37 years), the maximum protein content in wheat grain is noted when N180 is applied: for black pairs – 14,84%, for sidereal – 15,25%, for winter rapeseed – 14,38% and for stubble predecessor – 13,86%.uk_UA
dc.subjectwinter wheatuk_UA
dc.subjectmineral fertilizersuk_UA
dc.subjectcrop rotationuk_UA
dc.subjectagrotechnical efficiencyuk_UA
dc.subjecteconomic and energy efficiencyuk_UA
dc.subjectnet incomeuk_UA
dc.titleEfficiency of winter wheat fertilization systems in the steppe zone of southern Ukraineuk_UA
Appears in Collections:Статті (Факультет агротехнологій)

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