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Information × Registration Number 0225U004750, (0124U001107) , R & D reports Title Radioecological-landscape comprehensive zoning of the Ukrainian Polissia as the basis for post-war revival of the region. popup.stage_title Радіоекологічно-ландшафтне комплексне районування Українського Полісся як основа повоєнного відродження регіону Head Shvydenko Iryna K., Кандидат сільськогосподарських наук Registration Date 18-12-2025 Organization Institute of Agroecology and Environmental Management of National Academy of Agricultural Sciences of Ukraine popup.description1 Development of a method for radioecological-landscape zoning of agro-landscapes in the Ukrainian Polissia with corresponding mapping. popup.description2 Here is the English translation (1499 characters with spaces): Radioactive contamination of Ukrainian Polissya following the Chornobyl disaster remains critically relevant amid Russian aggression and loss of agricultural lands in southern Ukraine. Returning contaminated Polissya lands to exploitation becomes strategically important for the country's food security. The research aim is to develop a method for radioecological-landscape zoning and mapping of Ukrainian Polissya agrolandscapes based on a comprehensive indicator of territorial radioecological criticality. The hypothesis suggested that geoinformation methods would provide an adequate assessment of the radioecological situation considering radionuclide removal from agrolandscapes. An integral RECI index was created, accounting for seven components: hydrographic conditions, relief morphology, runoff accumulation, soil and land cover, landscape contamination, and dose load. Coefficients were calibrated using open geodata, ensuring reproducibility without large-scale field studies. A GIS model was developed in QGIS and tested in Rossokhivske village in radioactive contamination zone II. Validation showed an error ≤25%, meeting strategic planning criteria. Over 150 sources and 25 patents were analyzed, revealing advantages of the GIS approach over traditional methods. Methodological Recommendations for spatial analysis and radioecological-landscape mapping of radioactively contaminated lands were developed and implemented. The method aligns with EU Soil Strategy 2030 and is ready for UNDP, UNEP, IAEA programs. Results ensure monitoring optimization, land suitability determination, agricultural productivity improvement, and foundation for sustainable management of radioactively contaminated territories. Product Description popup.authors Chobotko Hryhorii M. Kuchma Tetiana L. Raichuk Liudmyla A. Umansyi Mykola S. Baranovska Nataliia A. popup.nrat_date 2025-12-18 Close