Change of carbon’s contain of the main humuse’s groups of the black typical soil with the agriculture’s ecologization
Abstract
O.A. Tsyuk, S.P. Tanchuk, L.V. Tsentulo, V.I. Kirilyuk, O.S. Pavlov, Y. Sleptsov
The results of investigations for the influence of different systems of the fertilizer and soil’s tillage on the carbon’s contains of the main humus groups in arable layer of black type soil in grain-tilled crop rotation are presented. Using of organic-minerals fertilization system was provided to improve of humus quality and increasing of the carbon’s contains to 1.81%, was broaden the ratio with Сhumic acids:Сfulvic acids to 1.85 compare with minerals fertilizer’s systems. Surface nonmoldboard soil tillage was increased to the output of humus matters compare with control variant.
Keywords: Fertilizer’s systems; humus; humic acids; fulvic acids
References:
Aleksandrova, L. N. (1980). Soil organic matter and the processes of its transformation. Kyiv, Ukraine: Nauka, 287.
Gomonova, N. F., & Ovchinnikova, M. F. (1986). The effect of long-term use of mineral fertilizers and liming on chemical properties, group and fractional composition of humus. Agrochemistry, 1. 85-90.
Degodyk, E. G., & Batsula, O. O. Soil organic matter and its regulation. Growing of environmentally ecological crop’s production. Kyiv, Ukraine: Urozhai, 42-44.
Zhukov, A. I. (1988). Soil’s humus and the need for organic fertilizers. Organic fertilizers. Russia: Agropromizdat, 9-23.
Batsula, O. O., Golovachev, E. A., & Derevyanko, R. G. (1987). Maintenance of a deficit-free balance of humus in the soil. Kyiv, Ukraine: Urozhai, 128.
Zagorcha, K. L. (1990). Optimization of fertilizer’s systems in field crop’s rotations. Moldova: Shtiints, p. 288.
Karasyuk, I. M. (1998). Fertilizer’s system and productivity of crops in rotation. Uman, Ukraine, p. 23-24.
Kononova, M. M. (1963). Organic soil’s matter. USSR: Publishing House of the Academy of Sciences of the USSR, 314.
Lipkina, G. S. (1989). Soil-ecological terms and using of fertilizers. Russia: VNYY TEYahroprom. 56.
Mazur, G. A. (2008). Reproduction and regulation of the fertility of light soils. Kyiv, Ukraine: Agrarian science, p. 308.
Mazur, G. A., & Grigora, T. I. (2011). Group-fraction composition and stocks of humus in gray forest soil due to the intensity of its use. Vestnik KhNAU, 1, 178-181.
Mazur, G. A. (2000). The role of humus in fertility and reproduction of its content. Journal of Agrarian Science, 9, 12-16.
Nosko, B. S. (1987). Change of humus state of typical black soil under the influence of fertilizers. Soil Science, 5, 26-32.
Orlov, O. L. (2005). Humus soil condition as a result of biogeocenoses diversity. Scientific notes of the State Natural History Museum, 1, 183-190.
Pavlovsky, V. B. (1997). Humus dynamics under the influence of prolonged use of different methods of soil’s tillage. Bulletin of the Belotserkivsky State DAU, 3 (2), 68-72.
Skrilnik, Y. V. (2010). Transformation of the soil's humus and its energy intensity under the influence of different fertilizer systems. Bulletin of the Central Scientific Research Center of the APV of Kharkiv region, 7, 184-194.
Tsapko, Y. L., Ivanov, V. I., & Andriychenko, O. A. (1992). Changes in the qualitative composition of humus of black soil’s pitting of Right Forest-steppe under the influence of various fertilizer systems. Agro chemistry and Soil Science, 54, 12-15.
Chekar, O. Y. (2009). Qualitative changes of humus of typical black soil under the influence of anthropogenic factor. Bulletin of Kharkiv National Agrarian University named after Dokuchaev: Collection of scientific works, 3, 64-68.
Chesniak, G. Y. (1982). Patterns of changes in humus content and ways of ensuring its deficit-free balance in typical black soils under intensification of agriculture. Agrochemistry and Soil Science, 43, 18-23.
Sharkov, I. N. (1987). Fertilizer and the problem of humus in soils. Soil Science, 11, 70-81.
Shevtsova, L. K., Sidorina, S. I., Volodarskaya, I. V. (1989). The humus state of black soils for prolonged use of fertilizers. Agrochemistry, 2, 41-47.