Registration Number
0225U004684,
(0121U113509)
, R & D reports
Title
Polar Regions in the Earth System
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Дослідження потенціального забруднення Арктичного океану радіонуклідами під впливом змін клімату
Head
Maderych Volodymyr S., д.ф.-м.н.
Registration Date
17-12-2025
Organization
Institute of Mathematical Machines and System Problems NAS Ukraine.
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The overall goal of the project is to provide a new understanding of the key processes of atmosphere-ocean-ice interaction in the Arctic and Antarctic, their reactions and impact on global climate change and their consequences for society and the environment. To this end, a new numerical model of hydrothermodynamics of cavities in the ocean under shelf glaciers will be developed, which will be implemented in the model of ocean circulation and calculations of the processes of formation of deep ocean waters will be performed. The trajectories of Antarctic water masses will be studied using the Lagrangian model. The potential contamination of the Arctic Ocean with radionuclides under the influence of climate change will be estimated using mathematical models. The work is performed as part of a consortium of leading EU research groups in the fields of polar meteorology, oceanography and climatology.
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A new numerical particle tracking method has been developed to simulate the transport of radionuclides in a multicomponent oceanic environment (water and multifractional suspended and deposited sediments) using a probabilistic approach to describe the processes of interaction between multiple radioactivity states.
The practical significance of the study is in the development of a numerical method that can be used for a wide range of pollution transport problems in a multicomponent environment.
Articles published in international journals, prepared based on the results of work - 2, abstracts of international conferences – 2.
KEYWORDS: West Antarctic sea shelf, Lagrangian methods, circulation modeling, water mass flows, statistical analysis.
Product Description
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Roman V. Bejenar
Igor O. Brovchenko
Kateryna V. Terletska
Liudmyla F. Udovenko
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2025-12-17
