Iron minerals in soils and sediments play important roles in many biogeochemical processes
and therefore influence the cycling of major and trace elements and the fate of pollutants in …

The mobility and bioavailability of phosphate in paddy soils are closely coupled to redox-
driven Fe-mineral dynamics. However, the role of phosphate during Fe-mineral dissolution …

Jarosite, a prominent mineral in oxidised acid sulfate soil, is known to sorb and incorporate a
variety of elements, including Al. However, to understand the role that jarosite plays in …

Cadmium-bearing ferrihydrite-kaolinite associations (Cd-associations) are commonly found
in cadmium-contaminated paddy soils in tropical and subtropical regions. In the presence of …

Jarosite is an abundant mineral in acidic environments, often found in acid sulfate soil (ASS)
and acid-mine drainage (AMD). As a store of Fe, K, S and acidity, and a scavenger for major …

Abstract Background and aims Iron (Fe) plaque on rice roots is a mixture of Fe oxide and
oxyhydroxide minerals thought to protect rice from high levels of arsenic (As) in flooded …

Iron (Fe) oxyhydroxides can be reductively dissolved or transformed under Fe reducing
conditions, affecting mineral crystallinity and the sorption capacity for other elements …

Antibiotics pollutants are arousing seriously environmental issues, so the highly efficient
photo-Fenton catalysts have been developed in their treatments. In this work, according to …

The abiotic oxidation of As (III) is simultaneously mediated by the oxidation of Fe (II) in
microaerobic environment, but the role of Fe minerals in the Fe (II)-mediated As (III) …

Redox-driven biogeochemical cycling of iron plays an integral role in the complex process
network of ecosystems, such as carbon cycling, the fate of nutrients and greenhouse gas …