The phytotoxicity of rare earth elements (REEs) is still poorly understood. The exposure–
response relationships of three native Canadian plant species (common milkweed …

Determining the sources and factors influencing the spatial variation of heavy metals in the
surface sediments of tidal flats is important for controlling and reducing heavy metal …

Coastal wetlands of the northern coast of Egypt have been impacted with higher loads of
runoff, especially the large urbanized lakes of the Nile deltaic coast. Five urban lakes …

Clay materials are well suited for heavy metal adsorption in view of their excellent surface
area and cation exchange capacity. In this paper, we report the detailed study on the …

The potential risk of heavy metal in soil can be reduced by stabilization techniques.
Stabilizing amendments, montmorillonites modified with tetramethylammonium (TMA) and …

Waterlogged archaeological wood (WAW) is a rare and precious organic material that can
hold outstanding cultural values. In order to protect WAW for the next generations, this …

Coupled electrokinetic protective reactive barriers (PRB) are considered as a perspective
technology for the treatment of contaminated groundwater. Design of PRB is directly …

The results of an experimental study of the influence of various physico-chemical factors on
the magnitude and sign of the electric charge of clay soil particles of kaolinite, illite, and …

This study was conducted to evaluate the effect of equilibration time on adsorption of zinc
[Zn (II)] and nickel [Ni (II)] on pure and modified chitosan beads. The initial adsorption of Zn …

This article presents the biosorption potential of rice residues for Hg (II) removal from
aqueous solution and oilfield produced water. Rice husk and rice straw were selected and …