Radionuclides reach the environment from natural or anthropogenic sources and are
equilibrating over time with different phases through sorption and precipitation reactions …

Multiple processes affect the fate of the radioactive isotope 129 I in the environment. Primary
categories of these processes include electron transfer reactions mediated by minerals and …

Among the key environmental factors influencing the fate and transport of radionuclides in
the environment is natural organic matter (NOM). While this has been known for decades …

Here, we developed a new low-cost and high-efficiency adsorbent, iron-gallic acid@
palygorskite nanohybrid, for removing and immobilizing radioactive IO 3-from wastewater …

Iodine is an essential micronutrient for human health: insufficient intake can have multiple
effects on development and growth, affecting approximately 1.9 billion people worldwide …

Radioiodine is of health concerns in case of nuclear events. Possible pathways and rates of
flow are essential information for risk assessment. Forest ecosystems could influence the …

Studies that deal with iodine mobility in uncontaminated agricultural soils are scarce and
unique. Therefore, in this article, we have evaluated the sorption behavior of two most …

We investigated the vertical distribution of the soil–soil-solution distribution coefficients (K d)
of 125 I, 137 Cs, and 85 Sr in organic-rich surface soil and organic-poor subsurface soil of a …

The geochemical behaviors of colloids in aquifers played an important role in determining
the fate of iodine in groundwater system. To decipher the impact of colloids on iodine …

Differences in the source and behaviour of 129 I compared to 127 I isotopes have been
described for a variety of surface environments, but little is known about the cycling rates of …