Greening Technology soybean cultivation in the steppe Ukraine

  • O. Geller Dnipropetrovsk State Agrarian and Economyc University
  • V. Pashova Dnipropetrovsk State Agrarian and Economyc University
  • R. Korbanyuk Dnipropetrovsk State Agrarian and Economyc University
  • S. Lemishko Dnipropetrovsk State Agrarian and Economyc University
Keywords: soy, biopreparations, inlay, AKM, bischofite, “raw” protein, protein

Abstract

Studying chemical fertilizers influence on growth, development, productivity and quality of soybean carried out in the steppes of ordinary chernozem humus on the less. Biologization technology and individual techniques is an important measure that can deter further reduction in soil fertility, stabilize production systems, reduce dependence on technological factors. Throughout combination with fertilization of crops lowest material and labor costs account for inlay biostimulyators seeds and micronutrients. Researched increase field germination processes of respiration and nutrition of soybean seeds with inlay and biological products bishofit that impact on improving yield and quality. Increase of grain was 3,5–4,0 kg/ha, the content of “raw” protein, protein, fat increased. At the greening of soybean growing technology in the steppe promising method inlay seeds biopreparation AKM and bishofit, due to significant changes in metabolism, the restructuring of a number of metabolic systems at the gene level.

References

Циганков Л.Р. Эффективность новых регуляторов роста при возделывании яровой пшеницы и ячменя на дерново-подзолистых легкосуглинистых почвах / Л.Р. Циганков, И.Р. Вильдуш, К.А. Губан // Регуляторы роста, развития и продуктивность растений: материалы Междунар. конф. – Минск, 1999. – С. 125–126.

Якушина Н.И. Гормональная и трофическая регуляция физиологических процессов: материалы IV съезда физиологов растений России / Якушина Н.И., Климочев Д.О., Тарасенко О.О. – 1999. – С. 749–750.

Вакуленко В.В. Регуляторы роста / В.В. Вакуленко // Защита и карантин растений. – 2004. – № 1. – С. 24–26.

Коленська С.М. Регулятори росту в інтенсивних технологіях вирощування зернових культур / С.М. Коленська. – К.: Аграрные науки, 1998. С. 65–69.

Стрелков В.Д. Проблемы поиска новых регуляторов роста растений и антидопинга гербицидов / В.Д. Стрелков // Агро–ХХІ. – 2000. – № 10. – С. 8–9.

Шевелуха В.С. Рост растений и его регуляция в онтогенезе / В.С. Шевелуха. – М.: Колос, 1992. – 544 с.

Морозова В.І. Результати і перспективи вивчення і впровадження нових регуляторів росту рослин / В.І. Морозова // Регулятори росту рослин у землеробстві. – К.: Аграрна наука, 1998. – С. 65–68.

Tigancov, L.R., Vildush, I.R., Guban, K.A. (1999). The effectiveness of the new growth regulators in the cultivation of spring wheat and barley on sod-podzolic light loamy soils. Regulators of growth, development and productivity of plants: proceedings of the International conference. Minsk, 125–126.

Yakushina, N.I., Klimochev, D.O, Tarasenko, O.O. (1999). Hormonal and trophic regulation of physiological processes: proceedings of the IV Congress of Plant Physiologists of Russia. 749–750.

Vakulenko, V.V. (2004). Growth regulators. Plant Protection and Quarantine. 1, 24–26.

Kolenska, S.M. (1998). Growth regulators in technology intensive cultivation of cereals. Kyiv: Agricultural Science, 65–69.

Strelkov, V.D. (2000). Problems finding new plant growth regulators and herbicides anti-doping. Agro XXI. 10, 8–9.

Shevelukha, V.S. (1992). Plant growth and its regulation in ontogenesis. Moscow: Kolos, 544.

Morozov, V.S. (1998). Results and prospects of the study and application of new plant growth regulators. Plant growth regulators in agriculture. Kiev: Agricultural Science, 65–68.

Section
Agricultural sciences (agronomics, agricultural ecology, land reclamation, ecology, crops husbandry, farming)