Manganese (Mn) is a biologically important and redox-active metal that may exert a poorly
recognized control on carbon (C) cycling in terrestrial ecosystems. Manganese influences …

The cycling processes of elemental manganese (Mn), including the redox reactions of
dissolved Mn (III)(dMn (III)), directly and indirectly influences the biogeochemical processes …

Recently, it has been reported that the combination of permanganate (Mn (VII)) and bisulfite
can lead to a rapid degradation of organic contaminants, where soluble Mn (III) is proposed …

Dissolved organic matter (DOM) varies widely across natural and engineered systems, but
little is known about the influence of DOM composition on its reactivity with manganese …

Various combined processes with pre-coagulation have been developed for biologically
treated landfill leachate, but the microscopic-level processes occurring during coagulation …

Natural organic matter-iron (NOM-Fe) colloids are ubiquitous at anoxic–oxic interfaces of
subsurface environments. Fe (II) or NOM can chemically reduce Cr (VI) to Cr (III), and the …

Natural organic matter (NOM) can influence the toxicity and speciation of chromium (Cr) in
subsurface through redox reactions and complexation. Under anoxic conditions, NOM can …

Minerals, natural organic matter (NOM), and divalent manganese (Mn (II)) often coexist in
suboxic/oxic environment. Multiple adsorption and oxidation processes occur in this ternary …

Natural colloids are important in mobilizing pollutants in aquatic environments. This study
investigated the mobilization and aggregation of natural colloids during the sediment …

Abstract Arsenite [As (III)], is more toxic and difficult to remove from aqueous systems
compared to arsenate [As (V)], and as such poses a significant health risk to humans and the …