FEATURES OF SUNFLOWER OF STRAWBERRY DEPENDING ON ADAPTIVE GROWING TECHNOLOGIES
When growing strawberries, we must pay special attention and make the transition to less harmful technologies in order to obtain environmentally friendly products. This position minimizes the possibility of using mineral fertilizers or inorganic protection in favor of organic methods or substances of biological nature that do not have a harmful aftereffect. This is of particular importance when mulching the soil with various materials, as the most advanced method of increasing the productivity of strawberry stands. Therefore, the selection of the most adapted and improved technologies for growing environmentally friendly strawberries determines the purpose of our research. The highest results were achieved in the growth productivity of strawberries when it was grown using environmental technology with mulching the soil together with black agrofibre and straw. Moreover, the average results of the assimilation surface of strawberries amounted to 28.4 thousand m2 / ha for the Dukat variety, and 29.1 thousand m2 / ha for the Malvina variety. Such results practically exceeded the data of the control variant twice. A significant increase in the number of tendrils on the strawberry bushes was about 30%. At the same time, the number of peduncles in the bushes increased by 15%. On the whole, according to the experiment, the results for strawberry varieties varied within 6.7–7.3 pcs / bush. A significant difference compared with the control option was 1.4–1.8 pcs / bush. We have achieved a 35% increase in strawberry berries when mulching the soil with black agrofibre together with straw as part of environmental cultivation technology. On average, over the years of research, the strawberry yield for the Dukat variety was 21.5 t / ha, and for the Malvina variety - 15.5 t / ha. At the same time, commodity quality of berries increased to 93.4%. The use of intensive (traditional) and biological technologies for growing strawberries, in terms of productivity, was significantly inferior to environmental technology, like other mulching materials inferior to black agrofibre.
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Golotsvan, O. L. (2018). Strawberries organic. Vegetable growing, (6), 58–61.
Burliai, A. P.& Burliai, O. L. & Butsyk, R. M. & Nepochatenko, O. A. & Nesterchuk, Y. A. (2018). FEATURES OF ORGANIC PRODUCTION TECHNOLOGY. Innovative development of the economy: global trends and Strawberries national features, 18–33.
Butsyk, R. M. & Kovalenko, O. S. (2014). Effects growing organic strawberries in gardening enterprises of Ukraine. Collection of scientific works of Kharkiv NAU, (7), 203–213.
Burliai, & О. Burliai, А. & Butsyk, R. & HaidaiI. (2018). Prospects for alternative agriculture development in Ukraine. Management of innovative development of economic entities. Higher School of Social and Economic Przeworsk, 25–33.
Butsyk, R. M., (2015). The performance of strawberries for mulching the soil with different materials. Auto tone and introduced plants. Collection the scientific works of national dendrology park «Sofiyivka» NAS of Ukraine, (9), 47–52.
Industry standard of Ukraine ISTC 01.1-37-166-2004 Fresh strawberry. Technical conditions: ISTC 01.1-37-166-2004. STC and other national standards of Ukraine, (2). (2008). Retrieved from www.leonorm.com /P/DG/2008/DSTU_2.HTM.
G. K. Karpenuchka & A. V. Melnica (ed.) (1987). Records, observations, analyses, data processing in experiments with fruit and berry plants: Methodical recommendations. Uman: Uman agricultural institute.
Markowski, V. S. & Zavgorodniy, I. V. (1993). Methods of agronomic experiences with berry crops. К.: ІG UAАS.
Shevchuk, V.Ja. (2010). Formation of an Innovative Model of Ukraine's Sustainable Development in the Post-Crisis Period. Ekonomichnyj chasopys, (11), 6-8. [in Ukrainian].
Kyrylenko, I.Gh. (2018). Globalization of the noosphere: challenges, perspectives. Visnyk Nacionaljnoji akademiji nauk Ukrajiny, (6), 86-92.
Maljarenko, V.A. (2008). Energy and the environment. Emission Database for Global Atmospheric Research. Retrieved from http://edgar.jrc.ec.europa.eu.
Jos G.J. Olivier; Greet Janssens-Maenhout; Marilena Muntean; Jeroen A.H.W. Peters. Trends in global CO2 emissions: 2016 Report. European Commission. Retrieved from www.pbl.nl/en/publications/trends-in-global-co2-emissions-2016-report.
Attitudes of European citizens towards the environment. Special Eurobarometer 416 (2014). Retrieved from www.ec.europa.eu/COMMFrontOffice/publicopinion/index.cfm/
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