Iron (Fe) phases are tightly linked to the preservation rather than the loss of organic carbon
(OC) in soil; however, during redox fluctuations, OC may be lost due to Fe phase-mediated …

Aging of microplastics (MPs)(ie, degradation and weathering) is ubiquitous in the
environment. The MP aging process is thought to be limited to light and static areas, while …

Hydroxyl radicals (· OH) exert a strong impact on the carbon cycle due to their nonselective
and highly oxidizing nature. Reduced iron-containing clay minerals (RIC) are one of the …

Hydroxyl radical (• OH) production by electron transfer from Fe (II)-bearing clay minerals to
oxygen has been increasingly reported. However, the influence of ubiquitous coexisting …

Peroxydisulfate (PDS) is widely used in groundwater remediation systems. Previous studies
investigated its activation by natural sediments under oxic conditions. However, the role of …

The redox activity of Fe-bearing minerals is coupled with the transformation of organic matter
(OM) in redox dynamic environments, but the underlying mechanism remains unclear. In this …

It has been documented that contaminants could be degraded by hydroxyl radicals (• OH)
produced upon oxygenation of Fe (II)-bearing sediments. However, the dependence of …

The frequently occurring redox fluctuations in paddy soil are critical to the cycling of redox-
sensitive elements (eg, iron (Fe) and carbon) due to the driving of microbial processes …

Production of hydroxyl radicals (radical dot OH) has been recently revealed upon
oxygenation of sediments in redox-dynamic subsurface environments. In particular, Fe (II) …

The disposal of iron-rich sludge by landfill or incineration poses environmental risks and
wastes resources. The utilization of iron-rich sludge for magnetic material preparation offers …