Various anthropogenic activities and natural sources contribute to the presence of
radioactive materials in the environment, posing a serious threat to phytotoxicity …

The cobalt-contaminated soil has exposed potential toxicity to humans, plants, and animals.
Industrial activities like ore smelting, alloy manufacture, and electric and electronic devices …

Owing to its physicochemical similarity to strontium (Sr), calcium (Ca) was tested as a key
component of a soil washing solution for Sr-contaminated soil collected near a nuclear …

The distribution coefficient (K d) plays a crucial role in predicting the migration behavior of
radionuclides in the soil environment. However, K d depends on the complexities of …

Strontium (Sr) is a chemical element that is often used as a tracer in hydrogeochemical
studies, and is ubiquitously distributed as a radioactive contaminant in nuclear sites in the …

Accidental releases, nuclear weapons testing, and inadequate practices of radioactive
waste disposal are the principal human activities responsible for radioactive contamina‐-tion …

In the study, the dynamics of Sr 2+ and geochemically correlated elements (Ca 2+, Ba 2+,
and Y 3+) in soil with chelators in the mix (soil to chelator ratio, 1: 10; matrix, H 2 O) were …

The origin and bioavailability of nickel (Ni), chromium (Cr), and cobalt (Co) have been
assessed in the Čemernica River basin among the following soil types: Leptosol on …

This study aimed at magnetically separating suspended soil and Sr 2+ from a soil
suspension using a magnetic flocculant (MNP/IF). MNP/IF was prepared using the …

Strontium sorption was analysed in binary mixtures of smectite and γ-alumina nanoparticles
under different pH, ionic strength and Sr concentration. The aims were to verify if γ-alumina …