Registration Number
0226U000712,
(0125U001868)
, R & D reports
Title
Radioecological monitoring of forest ecosystems of the State Enterprise Emilchinsky Forestry and Agroindustrial Complex
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Моніторинг лісових екосистем
Head
Romanchuk Liudmyla D., Доктор сільськогосподарських наук
Registration Date
14-01-2026
Organization
Zhytomyr Polytechnic State University
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Obtain the results of the current radiological, toxicological and agrochemical state of forest soils
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Report: 17 pages, 23 references
Title of the research:
“Radioecological Monitoring of Forest Ecosystems of the Subsidiary Enterprise ‘Yemilchyne Forestry Agro-Industrial Complex’”
Client:
Subsidiary Enterprise “Yemilchyne Forestry Agro-Industrial Complex” of the Zhytomyr Regional Municipal Agroforestry Enterprise “Zhytomyroblagrolis” of the Zhytomyr Regional Council
Scientific Supervisor:
Doctor of Agricultural Sciences, Professor Liudmyla ROMANCHUK
Funding amount:
UAH 200,000.00
Project duration:
March 24, 2025 – December 31, 2025
Scientific novelty
For the first time, a radioecological assessment of forest ecosystems of the Subsidiary Enterprise “Yemilchyne Forestry Agro-Industrial Complex” has been carried out, taking into account the specific features of territories exposed to different levels of post-Chernobyl and secondary radioactive contamination.
Based on multilevel sampling and spectrometric analysis, a new methodological framework was developed for determining the spatio-temporal dynamics of ¹³⁷Cs and ⁹⁰Sr accumulation in soils under various types of forest-growing conditions.
For the first time, the differentiated capacity of regional tree species to accumulate and transform radionuclides across different trophic levels was assessed.
An innovative approach to the integrated assessment of the radioecological condition of forest stands was proposed, based on the combination of fluctuation analysis, ecological stability indices, and modelling of potential risks for forest biogeocenoses.
The obtained results form a new scientific perspective on radionuclide migration processes in Polissia forest ecosystems and may be used as a methodological basis for improving the regional radiation monitoring system.
Product Description
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Kovalova Svitlana Petrivna
Pavlo H. Poplavskyi
Volodymyr I. Ustymenko
Iryna V. Abramova
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2026-01-14
