Aquatic ecosystems are chronically exposed to radionuclides as well as other pollutants.
Increased concentrations of pollutants in aquatic environments can present a risk to …

This short review provides an explanation of the calculation and use of the ICRP protection
quantities, equivalent and effective dose, including the simplifications introduced by using …

During the period from 2019 to 2021, a series of experiments were carried out to study the
uptake of tritium by crops in an area heavily contaminated with atmospheric tritium oxide …

During the routine operation, nuclear power plants discharge waste water containing a
certain amount of radioactivity, whose main component is the artificial radionuclide tritium …

Radiation doses from organically bound tritium (OBT) in foods have been a major concern
near nuclear facilities. The current dose coefficient for OBT is calculated using a standard …

Tritium (3 H) is a radioactive isotope of hydrogen. In the environment, the most common form
of tritium is tritiated water (HTO). However, tritium can also be incorporated into organic …

The results of the first detailed study, involving a large number of samples, on water
equivalent factor (WEQ p), non-exchangeable organically bound tritium (NE-OBT) and tissue …

Tritium (3 H) has natural and anthropogenic origins. Its high migration ability, the presence
of different physical forms and chemical compounds, affinity with organic molecules, and …

Tritium is released into the ocean from nuclear facilities located at coastal areas. In addition,
tritiated water is decided to be released into the ocean from the Fukushima Dai-ichi Nuclear …

Tritium entering the aquatic environment can confer a whole body internal radiological dose
to aquatic organisms. Multiple stressors inherent in natural environments, however …