The article was submitted by Yuriy Starodub, for the conference in Kraków as part of the Polish Presidency 2025.
The presented investigation is a comprehensive, thorough and systematic study that covers important aspects of the implementation of geographic information systems (GIS) for monitoring, forecasting and managing emergency risks for the Poland – Ukraine waterways areas. The authors devoted significant attention to the analysis of existing methods, the development of new approaches and technologies, as well as the practical application of the results obtained including fire protection service aspects.
The relevance of the work is determined by the need to implement modern GIS for risk management in the context of man-made, natural and social threats. The study has significant scientific novelty, as it covers a wide range of topics: from monitoring seismic hazards to the use of satellite data for the localization of fire hazard zones. The story shows the integration of theoretical developments with practical solutions, which provides real benefits for crisis management.
The work is based on a multifaceted approach, which includes the analysis of statistical data, the use of satellite images, computer modelling, and the development of monitoring algorithms. The results on modelling the stress-strain state of soils in the vicinity of engineering structures, as well as algorithms for assessing the risks of water flooding of territories, are especially appreciated.
The investigation solves the following tasks: studying available information and published primary sources on the research problem; systematizing available information; improving the methodology and algorithms necessary for further research and work; comprehensive studies of the methodology and algorithms taken for monitoring and forecasting emergencies and threats of natural and man-made nature; developing and writing algorithms; testing the results of the improved methodology and algorithms.
The work has high applied value for local governments, and enterprises. The results of the study are possible to be integrated into the states risk monitoring system and used to improve management in crisis situations.
Problems of forming a safe environment for the population and relevant structures from flooding at the level of territorial communities are also contained.
In General conclusion the presented work meets a thorough study of the technogenic material, which ensures its practical significance and scientific novelty. It is recommended for implementation in relevant public and private structures, as well as for further improvement within the framework of interdisciplinary research.
Author : Yuriy Starodub