Ferrihydrite is one of the most reactive iron (Fe)(oxyhydr) oxides in soils, but the adsorption
mechanisms of glyphosate, the most widely used herbicide, on ferrihydrite remain unknown …

Trace elements sustain biological productivity, yet the significance of trace element
mobilization and export in subglacial runoff from ice sheets is poorly constrained at present …

Ferrihydrite is the most common iron oxyhydroxide found in soil and is a key sequester of
contaminants in the environment. Ferrihydrite formation is also a common component of …

Heavy metals raise a global concern and can be easily retained by ubiquitous iron (oxyhydr)
oxides in natural and engineered systems. The complex interaction between iron (oxyhydr) …

Iron (hydr) oxides and their association with organic matter significantly affect the mobility of
heavy metals in natural soils and sediments. However, the behavior of cadmium (Cd) during …

Fate of metallic elements and their migration mechanisms in a waste mud impoundment and
affected downstream were assessed. Physicochemical and mineralogical methods …

The dissolution of ferrihydrite induced by low molar mass (LMM) organics is an important
process that provides bioavailable iron for organisms. Here, ATR-FTIR analysis was …

Nanoplastics (NPs) usually coexist with impurity-bearing ferrihydrite (ImFh), and their
interaction is related to their environmental fate. In this study, the aggregation between ImFh …

Zn is an essential micronutrient that is often limited in tropical, lateritic soils in part because it
is sequestered in nominally refractory iron oxide phases. Stable phases such as goethite …

Atmospheric leaching (AL) of low-grade nickel laterite ores often produces leach liquor
containing significant amounts of trivalent iron, aluminium and chromium ions. These …