Effects of Sulfur and Manganese Micronutrients on the Yield of Soybean Varieties

Atabayeva Khalima  Nazarovna; Namozov Fazliddin  Bakhromovich; K.A.  Alavkhonovich; K.S.S.  Ugli

doi:10.4236/as.2020.1111068

Atabayeva Khalima Nazarovna, Namozov Fazliddin Bakhromovich, K.A. Alavkhonovich, K.S.S. Ugli

Abstract: In this article, it is given about lengthening of praxis period, stem and leaf growth, leaf surface, number of stems and weight than the control variant soybean varieties, and the yield and grain quality of soybean varieties are significantly higher when the three types of sulfur and manganese on background of mineral fertilizers are applied in suspension in the condition of meadow-swamp soil. In the soybean varieties, mineral fertilizers were used in the variant with an additional yield of around 5 - 12 c/ha compared to the control. According to the norms of the manganese element, around 7 - 20 c/ha; when using sulfur, the yield in soybean varieties is around 8.0 - 18.0 c/ha. On the background of mineral fertilizers, grain quality has changed due to micronutrients. Protein content in the “Orzu” variety increased by 3.1% - 8.4% when manganese and sulfur elements were used; in the “Nafis” variety, the protein content was found to increase by 6.1% - 8.5%.

Keywords: Soybean, Mineral Fertilizer, Micronutrients, Manganese, Sulfur, Norm, Growth, Development, Tubers, A Piece of Soybean Grain, Leaf Weight, Leaf Surface, Yield

Cite this paper: Nazarovna, A. , Bakhromovich, N. , Alavkhonovich, K. and Ugli, K. (2020) Effects of Sulfur and Manganese Micronutrients on the Yield of Soybean Varieties. Agricultural Sciences, 11, 1048-1059. doi: 10.4236/as.2020.1111068.

References

[1] Atabaeva, Kh.N., Israilov, I.A. and Umarova, N.S. (2011) Soybean-Morphology, Biology, Cultivation Technology, T. TSAU, 6.

[2] Agafonov, E.V., Agafonova, L.N. and Gujvin, S.A. (2005) Application of Mineral and Bacterial Fertilizers under Soybean. Agrochemistry Vestnik, No. 5, 18-20.

[3] Basibekov, B.O. and Gusev, V. (1982) Nauchnye osnovy i rekomendatsii po primineniyu udobreniy v Kazaxstane, Olma-ota, Kaynar. J. Maslichnii kulturi, 74-77.

[4] Barchukova, A.Y., Tabibullaev, E.Sh., Tsikunkova, T.V. and Xrenovskiy, V.Yu. (2002) Application of New Drugs for Inoculation of Soybeans. Zemledelie, No. 3, 26-27.

[5] Yormatova, D.E. and Soybean, T. (1989) Mehnat. 96.

[6] Larina, R.E. and Demidova, V.N. (2018) Features of the Formation of Soybean Yield in the Conditions of the Central Zone of the Nechernozemnoy Zone. Problems of Agrochemistry and Ecology, , No. 4, 27-33

[7] Gujvin, S.A. (2004) Influence of Mineral and Bacterial Fertilizers on Yield and Quality of Soybean Seeds. Strategy of Development of ARK: Technologies, Economics, Processing, Management: Materials of the International Scientific-Practical Conference, pos. Persinovskiy, Russ, 2-6 February 2004, 50.

[8] Zaveryuxin, V.I. and Levandovskiy, I.L. (1984) Polyv i udobreniya. Maslichnye kulturi. 1.

[9] Gubanov, P.E., Koliberda, K.F. and Kormilitsin, V.F. (1987) Soi na oroshaemyx zemlyax Povoljya. M. Russelkhozizdat, 60-75.

[10] Larina, R.E. and Demidova, V.N. (2018) Osobennosti formirovaniya urojaya soi v usloviyax centralnoy zony Nechernozemnoy zony. Problemy Agroximii i Ekologii, No. 4, 27-33.

[11] http://www.agrodialog.com.ua