National University of Life and Environmental Sciences of Ukraine
03041, 15 Heroiv Oborony Str., Kyiv, Ukraine
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Thermal regime of the chornozem ordinary under different technological loadsSergiy Bulygin, Vitvitskyy S.V. , M. I. Baydiuk Keywords: soil temperature, thermophysical properties of soil, "zero technology", models of soil thermophysical properties.
Bulygin, S., Vitvitskyy S.V., & M. I. Baydiuk
(2019).
Thermal regime of the chornozem ordinary under different technological loads.
Plant and Soil Science,
10(1),
-.
https://doi.org/10.31548/agr2019.01.050
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EFFICIENCY OF PREPARATION ͪREAKOMͫ ON CHORNOZEM ORDINARY ON GROWING WINTER WHEATVitvitskyy S.V. , Sergiy Bulygin, M.Y. Bulygina , Кucher L.I. Keywords: soil, feed of plants, microelements, landscape, contamination, carbonates, Reakom
Vitvitskyy S.V., Bulygin, S., M.Y. Bulygina, & Кucher L.I.
(2019).
EFFICIENCY OF PREPARATION ͪREAKOMͫ ON CHORNOZEM ORDINARY ON GROWING WINTER WHEAT.
Plant and Soil Science,
10(3),
-.
https://doi.org/10.31548/agr2019.03.020
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INFLUENCE OF NON-ROOT FERTILIZER BY MICROELEMENTS ON GINSENG YIELDSergiy Bulygin, Vitvitskyy S.V. , Кucher L.I. , Rostislav Bogdanovich, Zhuk O.G. Keywords: soil, productivity, fruiting, ginseng, foliar top dressing, microelements, Reakom
Bulygin, S., Vitvitskyy S.V., Кucher L.I., Bogdanovich, R., & Zhuk O.G.
(2020).
INFLUENCE OF NON-ROOT FERTILIZER BY MICROELEMENTS ON GINSENG YIELD.
Plant and Soil Science,
11(1),
42-51.
https://doi.org/10.31548/agr2020.01.042
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CONCEPT OF QUALITY ASSESSMENT AND PROTECTION OF LAND IN UKRAINESergiy Bulygin, Vitvitskyy S.V. , Кucher L.I. , O.I. Vitvitska Keywords: land quality, soil quality, indicators for land and soil quality assessment, land protection
Bulygin, S., Vitvitskyy S.V., Кucher L.I., & O.I. Vitvitska
(2020).
CONCEPT OF QUALITY ASSESSMENT AND PROTECTION OF LAND IN UKRAINE.
Plant and Soil Science,
11(2),
30-38.
https://doi.org/10.31548/agr2020.02.030
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Improvement of biological productivity of saline and erosion-prone lands of Donetsk oblast by meadowingSergiy Bulygin, Vitvitskyy S.V. , M. Chayka Keywords: low-productive and erosion-prone lands, hydromorphic meadow salt marsh, black alkali soil, fodder grasses, meadowing
Bulygin, S., Vitvitskyy S.V., & Chayka, M.
(2021).
Improvement of biological productivity of saline and erosion-prone lands of Donetsk oblast by meadowing.
Plant and Soil Science,
12(1),
59-67.
https://doi.org/10.31548/agr2021.01.0059
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Mode of moistening ordinary chernozem using the “no-till” technologySergiy Bulygin, Vitvitskyy S.V. , M.Y. Bulygina , O.I. Vitvitska Keywords: reserves of productive moisture, ordinary chernozem, maize over grain, winter wheat, “no-till” system
Bulygin, S., Vitvitskyy S.V., M.Y. Bulygina, & O.I. Vitvitska
(2021).
Mode of moistening ordinary chernozem using the “no-till” technology.
Plant and Soil Science,
12(4),
91-101.
https://doi.org/10.31548/agr2021.04.0091
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WATER EROSION HAZARD ESTIMATION IN KHARKOV REGION PLOUGHLANDSergiy Bulygin, Vitvitskyy S.V. Keywords: soil erosion by water, soil conservation index, potential erosion hazard, models of soil conservation practices
Bulygin, S., & Vitvitskyy S.V.
(2018).
WATER EROSION HAZARD ESTIMATION IN KHARKOV REGION PLOUGHLAND.
Plant and Soil Science,
(268),
-.
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QUANTITATIVE EVALUATION OF THE EROSION DANGER OF AGRICULTURAL LANDSSergiy Bulygin, Vitvitskyy S.V. Keywords: water erosion, erosion danger, erosion losses, model of erosion processes, soil-protective agrolandscape
Bulygin, S., & Vitvitskyy S.V.
(2018).
QUANTITATIVE EVALUATION OF THE EROSION DANGER OF AGRICULTURAL LANDS.
Plant and Soil Science,
(294),
-.
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