Insufficient dissolved oxygen (DO) for ammonia oxidation and limited electron donor for
denitrification inhibit the nitrogen removal performance of constructed wetlands (CWs). To …

Plutonium (Pu) cycling and mobility in the environment can be impacted by the iron cycle
and microbial community dynamics. We investigated the spatial and temporal changes of …

Oxalate, a typical natural ligand, plays a significant role in promoting iron dissolution from
iron (oxyhydr) oxide minerals to improve iron bioavailability in nature. However, the …

Redox fluctuations within redox dynamic environments influence the redox state of natural
organic matter (NOM) and its interaction with redox-active elements, such as iron. In this …

The effective management of beryllium (Be) in solution is not well established. In this study,
zeolite was synthesised from coal fly ash (CFA) and further modified to enhance Be sorption …

In this study, we examined factors influencing the environmental behaviour of Be,
specifically considering soils collected from a legacy radioactive waste disposal site near …

Management of Be contamination using industrial solid waste or solid waste-derived
amendments is not well understood. This study investigated the potential of Australian coal …

The subject of this work was supergene uranium mineralization and the YREE
concentrations within. YREE differentiation patterns were used to recreate the prevailing …

The organic ligands present in the radioactive waste and it's vicinity can participate in the
transport of radionuclides from waste storage sites into geosphere through ground water by …

Numerous legacy near-surface radioactive waste sites dating from the mid 20th century
have yet to be remediated and present a global contamination concern. Typically, there is …