Goethite, hematite, ferrihydrite, and other iron oxides bind through various sorption reactions
with humic substances (HS) in soils creating nano-, micro-, and macro-aggregates with a …

Interactions between dissolved organic matter (DOM) and iron oxyhydroxides have
important environmental and geochemical implications. The present study employed two …

A molecular-scale understanding of aqueous metal adsorption onto humic acid-iron (hydr)
oxide coprecipitates, and our ability to model these interactions, are lacking. Here, the …

Iron (oxyhydr) oxides participate in a variety of geochemical processes, and hence control
the cycling of elements and quality of soils. The present work provides information about the …

Natural organic matter (NOM) is ubiquitous in surface water and groundwater and interacts
strongly with mineral surfaces. The details of these interactions, as well as their impacts on …

The iron (Fe) oxide particles affect a wide range of important environmental processes
related to soil fertility and plant growth. They often occur as aggregates, mineral …

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 …

Humic acids (HA) have a colloidal character whose size and negative charge are strictly
dependent on surface functional groups. They are able to complex large amount of poorly …

Mineral− humic complexes are commonly distributed in natural environments and are
important in regulating the transport and retention of hydrophobic organic contaminants in …

Mineral-bound humic acid (HA) can significantly modify the physicochemical properties of
the mineral surfaces and vice versa, thereby influencing the fate and transport of organic …