Research article
Issue: № 1 (1), 2016


The article presents data on soybean yields in anthropogenically transformed peat soils of Polesye region. It is established that it can generate up to 4.0 t-/ha and dry matter up to 11.3 t/ha. Yield level is determined by the varietal characteristics, the degree of drawdown of the peat soil and agricultural technology complex. Biologically active substances (BAS) can be used for presowing treatment of seeds and its performance is not inferior biological preparations based on symbiotic bacteria. On average, the treatment options seeds BAS grain yield obtained is higher compared to the variants of pre-sowing seed inoculation with biopreparations based on symbiotic microorganisms. During the pre-sowing seed treatment with BAS on the background of the introduction of phosphorus-potassium fertilizer obtained yields were comparable with variants of nitrogen fertilizer: 2.16 t/ha (Р40К75) and 2.52 t/ha (Р80К150) vs 2.15 t/ha (N30+10Р40К75) and 2.41 t/ha (N30+10Р80К150), respectively. High efficiency was shown by water-soluble granular complex fertilizer ADOB Profit applied as foliar sprays. Grain yield on the options as in the pre-sowing seed inoculation with biopreparations and biologically active substances, was at 2.30-2.79 t/ha. the Use of biologically active substances for pre-sowing seed treatment or foliar feeding, as well as  ADOBE Profit allows to reduce the use of nitrogen fertilizers, and minimize the mineralization of organic matter of peat soils.

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  • Barsukov, S.S. (2004). Soja kak vaznejshij istochnik belka [Soybeans as a major protein source]. Belorusskoe sel’skoe hozjajstvo, № 2, 23-24

  • Mordashev, A.I., Ivantsov, N. K. (2005). Soja v Nechernozemnoj zone [Soybeans in the Nonchernozem zone]. Vel. Luky. 114.

  • Posypanov, G.S. (1984). Biologicheskie parametry sorta soi dlia Tsentral’nogo rajona Nechernozemnoj zony evropejskoj chasti RSFSR [Biological parameters of soybean varieties for the Central-Chernozem zone of European part of Russia]. Izvestiya TSKHA. №. 4. 17-22.

  • Dugin, N.N. (1999). Soja v Kurskoj oblasti [Soybeans in the Kursk region]. Zemledelie. № 1. 16-17

  • Ivantsov, N.K., Nikitin, I.S. (2002). Gerbetsidy na posevah soi v Pskovskoj oblasti [Herbicides on soybean crops in the Pskov region]. Zaszita I karantin rastenij. № 2. 34-38

  • Luchenok L.N., Baran, S.G. (2013). Zonal’nye osobennosti azotnogo rezima torfianyh pochv Belarusi [Zonal peculiarities of the nitrogen regime of peat soils of Belarus]. Proceedings of the int. scientific-practical. Conf. GNU VNIIMS of the Russian Academy of agricultural Sciences "Modern problems of use of reclaimed lands and improve their fertility", Tver (Russia) 27-28 June 2013, Pp. 164-167.

  • Mengel, D., Ruiz-Diaz, D., Asebedo, R. & Maxwell T. (2013). Podkormka soi azotnymi udobrenijami pri azotnom golodanii rastenij [Fertilization of soybeans with nitrogen fertilizer when nitrogen starvation of plants [2013]. Pitanie rastenij. № 1. 9-11