The article topic relevance is caused by the exclusive place of the agricultural sector in the Ukrainian economy, so its development will have a significant impact on the agro-industrial complex productivity and on efficiency of the state economy as a whole. The effectiveness of digital technology is confirmed by the example of developed countries, including Germany, the indicators of enterprises which in this article are the basis for comparison with Ukrainian subjects of state management. The article aim is to determine the necessity and substantiate methodological recommendations on implementation of the rural economy digitalisation as an indicator of economic growth in the agrarian economy sector based on the comparison of private farms of Ukraine and Germany. In the research, the general scientific methods were used, including the method of analysis, synthesis, and formalisation; method of comparative analysis; SWOT-analysis; PEST-analysis; graphical and statistical analysis. The research and analysis have allowed proving the necessity and grounds of theoretical and methodological recommendations on the active implementation of digitalisation in the industry. It was found, that for the efficient and safe process of digitalisation, it is necessary to improve the legislative basis for its support, to provide state support for the implementation of actions on digitalisation; improvement of access to information for Ukrainian farmers; creation of conditions for constructive dialogue with foreign scientists; stimulation of investment in science, technology; training of scientists and assessment and minimisation of risks that may be associated with implementation of digitalisation activities.
In the period of climate change, the frequency of extreme hydrological phenomena increases, therefore, an extremely important problem in the hydrological study of the territory is the determination of areas with potentially significant risks of flooding, as well as the construction of maps of threats and risks of flooding. The basin of the Vistula river within Ukraine, located in the west of Ukraine, is in a zone of sufficient moisture and suffers from floods almost every year. A significant problem of the hydrological study of this basin is the identification of areas with potential significant flood risks, as well as the creation of flood hazard and risk maps. The paper presents the methodological principles and algorithm for using the HEC-RAS software in modeling the flooded territory with the corresponding calculated characteristics of the maximum runoff. The resulting maps of areas with potential significant flood risk (APSFR) in the area of Busk are also presented.
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