Effect of micronutrients and immunomodulatory treatments on laboratory seed germination
DOI:
https://doi.org/10.31548/agr2018.294.009Keywords:
soft winter wheat, winter triticale, durum spring wheat, barley, seeds, energy of germination, laboratory germination, Jodis, Avatar-1Abstract
Аbility of seeds to germinate in an environment of high concentration is of great practical importance. Knowledge of seeds ability to germinate in a certain concentration of soil solution can solve the problem of exact seeding rate of particular crop.The results of studies of effect different concentrations of micronutrients of natural acids Avatar-1 carboxylates and immunomodulators (growth stimulant) Iodis-consentrate and Iodis-consentrate + Se on energy of germination and laboratory germination of seeds of cereal crops are presented. Sowing qualities of spring crops (wheat, barley) and winter crops (wheat, triticale) of cereal crops were determined according to the methods of DSTU 4138-2002 in the laboratory "Quality of Seeds and Planting Material" of Plant Growing Department of the National University of Life and Environmental Sciences of Ukraine.Higher rates of germination energy and laboratory germination of seeds of winter grain cereals were provided by application for pre-sowing treatment of immunostimulants Jodis-consentrate and Jodis-consentrate+ Se.Micro-fertilizer of carboxylates of natural acids Avatar-1 has a positive effect on seeds germination of winter grain cereals.A higher concentration of an aqueous solution leads to suppression of seeds germination of winter grain crops, whereas barley effectively uses water of solutions of increased concentration. Durum wheat, due to high protein content in the grain, germinates more slowly than soft wheat and requires a lower concentration of solution for germination than the soft.References
Bezrukova, M. Sakhabutdinova, A., & Fatkhutdinova, D. (2001). Salicylic acid – a growth regulator with anti-stress activity in wheat plants. In Regulyatory rosta i razvitiya rasteniy v biotekhnologiyakh [Regulators of Plant Growth and Development in Biotechnology: Abstracts of the Conference Reports]. (p. 11). June 26–28, 2001, Moscow: MSKhA, Russia [in Russian].
Bulygin, S. Yu., Demishev, L. F., Doronin, V. A., Zarishnyak, A. S., Pashchenko, Ya. V., Turovsky, Yu. E., Fateev, A. I., Yakovenko, M. M., &Kordin, A. I. (2007). Mikroelementy v selskom khozyaystve [MicroelementsinAgriculture]. Dnipropetrovsk: Sich, 7, 100 [in Russian].
Vlasyuk, P. A., Zhidkov, V. A., &Ivchenko, V. I. (1983). Uchastie mikroelementov v obmene veshchestv rasteniy: Biologicheskaya rol mikroelementov [Participation of Trace Elements in Plant Metabolism: Biological Role of Microelements]. Moscow: Nauka, 38 [in Russian].
Ibatullin, I. I., Veshycjkyj, V. A., & Otchenashko, V. V. (2004). Vykorystannja selenu v roslynnyctvi ta tvarynnyctvi [Use of Selenium in Crop and Livestock Production]. Kyiv: Feniks, 176. Р. 12–17. [in Ukrainian].
Kalensjka, S. M., Novycjka, N. V.& Barzo I. T. (2012). Influence of weather conditions and the use of biogenic metals to improve the seed quality of nut seeds. Naukovyj visnyk NUBiP Ukrajiny. Serija «Aghronomija» [Scientific Bulletin of NUBiP of Ukraine. Series «Agronomy»], 176, 12–17. [inUkrainian].
Kapitansjka, O. S., & Davydova, O. Je. (2015). Themicroelementcomplex «Avatar–2». Innovative scientific development for increasing productivity of agricultural crops. Aghronom [Agronomist], 2, 330. [in Ukrainian].
Kopilevych, V. A., Maksin, V. I., Kaplunenko, V. Gh. &Kosinov, M. V. (2010).To the creation of microelement, compositions based on functional nanobio materials. Bioresursy i Pryrodokorystuvannja [Bioresources and Nature Management], 1–2 (2), 1–6. [in Ukrainian].
Kosinov, M. V., & Kaplunenko, V. Gh. Sposib otrymannja karboksylativ metaliv [Method of obtaining metal carboxylates] Patent UA 38391, MPK SO6S 51/41. Opubl. 12.01.09, Bjul., 1. [in Ukrainian].
Kocj, S. Ja., & Peterson, N. V. (2009). Mineraljni elementy i dobryva v zhyvlenni Roslyn [Mineral elements and fertilizers in plant nutrition]. Kyiv: Loghos, 182. [in Ukrainian].
Maksin, V. I., Meljnychenko, V. M., &Jaroshhuk, A. P. (2010). Do pytannja aljternatyvnoji jodnoji nedostatnosti [To the issue of alternative iodine deficiency]. Bioresursy i Pryrodokorystuvannja [Bioresources and Nature Management], 3–4, 45–49 [in Ukrainian].
Maksin, V. I., Aretynsjka, T. B., Trokoz, V. O., Trokoz, A. V., Chernysh, O. A., Melnichenko, V. M., &YaroschukA. P. (2014). Use of the preparation «Jodis-concentrate» in forest silkworm (state of the issue). Bioresursy i Pryrodokorystuvannja [Bioresources and Nature Management], 3-4 (6),16–22 [in Ukrainian].
Mamenko, T. P., & Rojik, L. V. (2008). Influence of salicylic acid on the activity of antioxidant processes in winter wheat under different water supply conditions. Fiziologija i Biohimija Kul'turnyh Rastenij [Physiology and Biochemistry of Cultivated Plants], 1 (4), 68–77. [in Ukrainian].
Melnichenko, V. N., Yaroshchuk, A. P., &Maksin, V. I. (2004). The issue of solving the problem of iodine deficiency in the framework of the «Iodis» program. Ekolohiia Dovkillia ta Bezpeka Zhyttiediialnosti [Ecology of the Environment and Life Safety], 5, 30–35.[in Russian].
Nasinnia silskohospodarskykh kultur: Metody vyznachennia yakosti: DSTU 4138: 2002. [Seeds of agricultural crops: Methods for determining quality: State Standard 4138: 2002]. (2003). Kyiv: Derzhstandart Ukrainy. [in Ukrainian].
Sokolovsjka-Serghijenko, O. Gh., Prjadkina, Gh. O., & Kapitansjka, O. S. (2015). The activity of the photosynthetic apparatus and the productivity of winter wheat for treatment with chelated micronutrient fertilizer and growth stimulator. Fiziologija Rastenij i Genetika. [Plant Physiology and Genetics], 4 (47), 321–329. [in Ukrainian].
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