The dynamics of radioactive contamination of aquatic ecosystems (1986–1990) is
considered on the basis of observational data in the near and distant zones of the Chernobyl …

Following a radioactive fallout event, there are a number of possible intervention measures
to reduce radioactive doses to the public via the surface water pathway. We have critically …

The Chernobyl Nuclear Power Plant (NPP) is situated next to the Pripyat River which is an
important component of the Dnieper River±Reservoir system, one of the largest surface …

Areas contaminated with radionuclides from the Chernobyl nuclear accident have been
identified in Pripyat River near the Chernobyl Nuclear Power Plant. The river bottom …

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 …

The results of radiation monitoring data and migration pathway analysis of water bodies
within areas that were affected by the 1986 Chernobyl accident can provide the unique …

A critical analysis of remedial actions performed in the Chernobyl close zone are presented
in term of effectiveness to dose reduction and money expenditure. The Chernobyl …

Numerous post-Chernobyl case studies describe the extensive radioactive contamination of
large regions of the Ukraine, Belarus, Russia and parts of Western Europe, caused by the …

The most significant sources and environmental pathways of manmade radionuclides have
recently been examined by the RADPATH (Biochemical Pathways of Artificial …

The aim of this Section is to discuss radiocaesium in lakes from a practical, engineering
perspective. The focus is on remedial measures, but the initial parts of the work concern an …