Registration Number
0226U002784,
(0125U002502)
, R & D reports
Title
Development and implementation of modern monitoring methodologies and geological environment recovery strategies for the development of the Ukrainian economy
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Розробка концептуальних методичних засад оцінювання стану та моніторингу геологічного середовища, що зазнало впливу російської військової агнресії
Head
Stella B. Shekhunova, Доктор геологічних наук
Registration Date
05-03-2026
Organization
Institute of Geological Sciences of the NAS of Ukraine
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Scientific substantiation of monitoring technologies, as well as the formation of perspectives and principles for the restoration and sustainable use of the geological environment, including those disturbed by russian aggression, for the development of the economy in wartime and for the post-war recovery of Ukraine
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As a result of the first stage of project, the feasibility of developing a modern comprehensive methodology for monitoring and assessing the state of the geological environment, adapted to the conditions of the war and post-war periods, has been substantiated. Recommendations have been developed for the selection of modern systems for the construction of hydrogeological observation wells and online monitoring systems for groundwater levels at eco-hazardous sites. Based on engineering-geological, microclimatic and geotechnical studies of the Antoniev Caves complex (Chernihiv), a scientifically justified basis for its conservation strategy has been created. An assessment of the pollution of the geological environment because of the destruction of the oil depot in the village of Kalynivka (Kyiv region) has been carried out, which creates the basis for the implementation of a pollution monitoring system and planning of remediation measures. As part of a series of tasks to study the hydrogeological and engineering-geological consequences of the Kakhovka HPP destruction a regional 3D mathematical hydrogeological model of the area affected by the destroyed reservoir was developed. Geochemical modelling of interactions in the water-rock system in the zone of influence of the destroyed reservoir within the Nikopol district was used to assess the physical and chemical mechanisms of groundwater composition formation. In the area of analysis and assessment of the development of hazardous exogenous geological processes within the impact zone of the former Kakhovka reservoir, the studied territory was ranked according to the density and frequency of various types of processes occurrences, and the landslides susceptibility model was created. To substantiate measures for the preservation of geological heritage sites, a structure for a GIS-integrated database of geological heritage sites in Ukraine was developed.
Product Description
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Iryna V. Sanina
Olena М. Pilipchuk
Siumar Nataliia P.
Havryliuk Ruslan B.
Kuzmanenko Halyna O.
Oleksandra P. Olshtynska
Nataliia M. Zhabina
Figura Liubov Andriivna
Myron S. Kovalchuk
Svitlana M. Stadniсhenko
Shpak Olena M
Shevchenko Tetyana Volodymyrivna
Yevhen I. Nasiedkin
Viktor R. Dubosarskyi
Iryna A. Cherevko
Ihor M. Romaniuk
Nataliia B. Kasteltseva
Maryna V. Aleksieienkova
Borys D. Stetsenko
Ihor M. Zapolskyi
Dmytro O. Buhai
Yurii O. Nehoda
Svitlana M. Prykhodko
Тetiana A. Drevina
Volodymyr M. Bublyas
Stryzhak Liudmyla I.
Nataliya. H. Lyuta
Olha I. Lohvynenko
Kostiantyn K. Yaroshenko
Tetiana V. Kril
Kateryna Y. Tkachenko
Iryna L. Koliabina
Tetiana O. Holikova
Bohdan Y. Zanoz
Tamara S. Riabokon
Stanislav Y. Dobrovolskyi
Oksana A. Vorobiova
Mykyta V. Danilov
Iryna M. Vovk
Volodymyr M. Anikeev
Egoriy O. Dramaretskyi
Darina I. Zelenina
Olena O. Pavlova
Nataliia V. Ermolova
Oleksandr Y. Terentiev
Serhii O. Trush
Olha G. Nikitash
Ihor V. Prokopenko
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2026-03-05
