Jarosite, a common mineral in acidic sulfur-rich environments, can strongly sorb both As (V)
and Sb (V). However, little is known regarding the mechanisms that control simultaneous co …

Water-dispersible colloids (WDCs) are vital for trace element migration, but there is limited
information about the abundance, size distribution and elemental composition of WDC …

Colloids are common in mine waters and their chemistry and interactions are critical aspects
of metal (loid) s cycling. Previous studies mostly focus on the colloidal transport of metal …

Schwertmannite (Sch) is a promising environmental functional material for remediation of
arsenic pollution, particularly arsenite [As (III)], due to its unique adsorption mechanism …

Acid mine drainage (AMD) raises a global environmental concern impacting the iron cycle.
Although the formation of Fe (III) minerals in AMD-impacted waters has previously been …

Antimony (V) mobility in acid mine drainage (AMD) is often controlled by sorption and
coprecipitation with schwertmannite–a poorly-ordered Fe (III) oxyhydroxysulfate mineral …

Mitigating acid mine drainage (AMD) at its source, specifically within rocks containing pyrite
in underwater environments, poses a significant environmental challenge worldwide …

Intermittently closed and open coastal lakes and lagoons (ICOLLs) are ecologically
important and hydrologically sensitive estuarine systems. We explore how extreme drought …

Due to its broad distribution and high affinity for Fe 3+, phosphate is always involved in iron
(III)-bearing secondary minerals (ISMs) formation, but its effect on the ISMs formation in acid …

Abstract Arsenic (As)-immobilizing iron (Fe)–manganese (Mn) minerals (AFMM) represent
potential As sinks in As-enriched groundwater environments. The process and mechanisms …