Abstract 241 Am is the only radionuclide of Chernobyl radioactive fallout the content of
which until 2058 continues to increase. The purpose of this work is to assess the 241 Am …

This paper illustrates the experimental experience achieved in the research of the self-
restoration of radioactive-contaminated natural ecosystems. The main directions of studies …

Radioactivity from the Chernobyl accident affected food production systems throughout
Europe. Large areas of agricultural land in the Ukraine, Belarus and Russia were …

[en] The paper presents the analysis of the developed and suggested measures and
methods on decreasing radionuclide soil contamination in the Republic of Belarus after the …

Results of the application of the model describing behaviour of the radionuclide in meadow
ecosystems for the analysis of the factors governing of the radionuclide availability in soils …

The efficacy of forage crop cultivation in single-and multi-crop sowing was studied under
conditions of the south-west of Bryansk region in 2011-2014. It was investigated different …

An investigation of radioactive contamination of soil, crops, vegetables, feed, grass of
hayfields and pastures, wild berries, and mushrooms as a result of radioactive …

The study aims to provide a basis for measures reducing the consequences of a nuclear
accident in its late phase, when plant contamination occurs mainly through the root system …

This study was carried out in the forest area of the Gomel region of Belarus contaminated by
137 Cs following the Chernobyl accident of 1986. The aim of the study was to explore the …

A lot of radioactive isotopes were released by the Chernobyl accident in environment. Big
territory still is contaminated by long-term half-life radionuclides such as 137Cs, 90Sr …