Search academic texts

Information × Registration Number 0226U000188, (0121U113588) , R & D reports Title Agrobiological substantiation of technologies of cultivation of agricultural and bioenergy crops in the conditions of climate change popup.stage_title Оцінка технологій вирощування сільськогосподарських та біоенергетичних культур в умовах змін клімату Head Vakhnii Serhii P., Доктор сільськогосподарських наукHrabovskyi Mykola B., Доктор сільськогосподарських наукKachan Lesia M., Kozak Leonid А., кандидат с.-г. наукOstrenko Mykhailo V., Pavlichenko Kostiantyn V., Panchenko Taras V., Pokotylo Ihor A., Pravdyva Liudmyla A., Кандидат сільськогосподарських наукFedoruk Yurii V., к.с.-г.н.Khakhula Valerii S., Registration Date 06-01-2026 Organization Bila Tserkva National Agrarian University popup.description1 To improve and optimize technologies for growing agricultural and bioenergy crops, including for organic production, which are based on the maximum use of their potential productivity in climate change. popup.description2 Climate change, which has been particularly noticeable in recent years, requires measures to be taken to reduce its negative impact on plant productivity and to adjust certain elements of the crop cultivation process. Taking all this into account, an individual approach is needed for each farm, taking into account the biological characteristics of agricultural and bioenergy crops and soil and climatic conditions. The object of research is the processes of plant growth and development and the formation of productivity and quality indicators of agricultural and bioenergy crops depending on the elements of cultivation technology. Research methods. Field – to study the interaction of the research subject with weather conditions; visual – to determine phenological changes in plant ontogenesis; measuring and weighing – to establish biometric indicators of plant growth and development, leaf area, dry matter, and green mass yield of agricultural and bioenergy crops; physiological – to determine the photosynthetic productivity of plants; laboratory – to establish quality indicators; computational and comparative – to determine the economic and energy efficiency and yield of biogas and biomethane; statistical – to determine the correlation between factors, dispersion and factor analysis. Product Description popup.authors Mykola B. Grabovskyi Yurii V. Fedoruk Serhii Vakhnii Pokotylo Ihor A. Khakhula Valerii S. Городецький Олександир Степанович Ostrenko Mykhailo V. Kachan Lesia M. Panchenko Taras V. Liudmyla A. Pravdyva Kozak Leonid А. Kostiantyn V. Pavlichenko Mykola V. Stepanenko Basiuk Pavlo L. Andrii А. Zasukha Voitko Andrii V. Olena V. Mostypan Lozinskyi Bogdan Igor Labunsky popup.nrat_date 2026-01-06 Close