Processes of vertical and lateral migration lead to gradual reduction in contamination of
catchment soil, particularly its top layer. The reduction can be considered as natural …

It has been shown that after the initial phase of the Chernobyl accident, for time periods
longer than 1 year, the changes in activity concentrations of radionuclides, both dissolved …

This paper describes results of the radiation environmental monitoring performed in the
Chernobyl Exclusion Zone (ChEZ) during the period following the 1986 Chernobyl Nuclear …

Two cores of bottom sediments were collected in 2018 to a depth of∼ 200 cm in the deepest
part of the Scheckino reservoir on the Upa River (9500 km 2), Tula region, Russia. This area …

In safety assessments of underground radioactive waste repositories, understanding
radionuclide fate in ecosystems is necessary to determine the impacts of potential releases …

The paper summarizes impacts of the Temelín Nuclear Power Plant (NPP) on the Vltava and
Labe River basins. The study is based on the results of long-term monitoring carried out …

The paper presents the first data on the ratio of gamma-emitting isotopes (137Cs, 152Eu,
154Eu, 60Co) speciation in the floodplain soil and rhizosphere of floodplain plants in the …

Various processes govern the transfer, distribution and accumulation of radionuclides in
terrestrial, freshwater and marine ecosystem. Evaluation of exposure pathways for the …

Scientific and nuclear experts consider the Chernobyl accident unprecedented in the world's
nuclear era. Among its consequences were significant health effects to the people living in …

Only about 50 km from the Quang Ninh coastal area in Vietnam, the Fangchenggang
Nuclear Power Plant (China) operation causes excellent concerns for the environment …