Nanomaterials (NMs) have received tremendous attention as emerging adsorbents for
environmental applications. The ever-increasing release into aquatic systems and the …

Dissolved organic matter (DOM) plays a key role in many biogeochemical processes, but the
drivers controlling the diversity of chemical composition and properties of DOM molecules …

The second edition of The Chemistry of Clay-Organic Reactions book provides a
comprehensive and fully updated summary of the literature on the interactions of clay …

Dissolved organic matter (DOM), the most reactive fraction of forest soil organic matter, is
increasingly impacted by wildfires worldwide. However, few studies have quantified the …

In soil environments, the sequestration and transformation of organic carbon are closely
associated with soil minerals. Birnessite (MnO2) is known to strongly interact with soil …

In aquifers, the sequestration and transformation of organic carbon are closely associated
with soil iron oxides and can facilitate the release of iron ions from iron oxide minerals …

The dynamic interactions among iron (Fe) oxides, organic matter (OM) and heavy
metals/metalloids play crucial roles in controlling the geochemical cycling of carbon (C) and …

Mineral adsorption-induced molecular fractionation of dissolved organic matter (DOM)
affects the composition of both DOM and OM adsorbed and thus stabilized by minerals …

Immobilization stands as the most widely adopted remediation technology for addressing
heavy metal (loid) contamination in soil. However, it is crucial to acknowledge that this …

Labile organic matter (OM) immobilized by secondary iron (Fe) minerals from
chemodenitrification may be an effective way to immobilize organic carbon (OC). However …