Interactions between cations and natural organic matter (NOM) are central for the stability of
organic matter, formation of supramolecular NOM structure, formation of organo-mineral …

Adverse effects of microplastics on soil abiotic properties have been attributed to changes in
the soil structure. Notably, however, the effects on the supramolecular structure of soil …

Engineered and anthropogenic nanoparticles represent a new type of pollutants. Up until
now, many studies have reported its adverse effect on biota, but the potential influence on …

The advancement in the use of spectroscopic techniques to investigate coffee samples is of
high interest especially considering the widespread problems with coffee adulteration and …

The mechanical behavior of loess is highly predicated on variation in its moisture content.
While the impacts of the water content on the shearing behavior and collapsibility of loess …

Activated carbons with well-developed microporosity and containing dispersed
nanostructured phosphorus compounds were produced by the chemical activation with H 3 …

Relationship of soil and water is generally considered as important in soil science. To
specify it further we studied two different soils in 2012-2013, three additional soils once and …

Focusing on the idea that multivalent cations affect SOM matrix and surface, we treated peat
and soil samples by solutions of NaCl, CaCl2 or AlCl3. Water binding was characterized …

It is assumed to be common knowledge that multivalent cations cross-link soil organic matter
(SOM) molecules via cation bridges (CaB). The concept has not been explicitly …

NMR relaxometry has developed into a method for rapid pore‐size determination of natural
porous media. Nevertheless, it is prone to uncertainties because of unknown surface …