Soil contamination by uranium presents a burgeoning global environmental concern,
exerting detrimental effects on both agricultural production and soil health. Biochar, a …

Phosphorus-rich materials (PRMs) are widely used soil remediation agents because they
are biocompatible, abundant, non-toxic, and have a high affinity for heavy metals in soil …

The increasingly hazardous and radioactive environmental issues arising from the uranium-
contaminated water and soil make it urgent to develop high-yield and efficient adsorbents …

Uranium is one of the most important strategic resources for the development of the nuclear
industry, but its unintended release has created potential environmental and health risks. It …

Immobilization/stabilization is a common technique for remediating As and Cd-contaminated
soil. However, the effectiveness of employed stabilizer plays a crucial role in determining the …

Background and aims Uranium (U), a highly deleterious radionuclide, has attracted global
attention because its radiotoxicity and chemical toxicity causes severe damage to terrestrial …

A significant surge in the exploitation of uranium resources has resulted in considerable
amounts of radioactive effluents. Thus, efficient and eco-friendly uranium removal strategies …

The impact of organic solid waste-supported nanomaterial application on the
biogeochemical looping of arsenic (As) and cadmium (Cd) in rhizosphere-root system of rice …

In the present study, CaFe-layered double hydroxide corn straw biochar (CaFe-LDH@ CSB)
was applied to the rhizosphere soil of both pakchoi (Brassica campestris L. ssp. Chinensis …

The safety and feasibility of directly treating hyperaccumulators with heat is constrained by
the substantial presence of volatile heavy metals (HMs) within these plants. The combination …