The role of soil erosion in terrestrial carbon (C) sequestration and release remains one of
the most important uncertainties in our attempts to determine the potential of soils to mediate …

The laser diffraction method (LDM) is a relatively new technique that is increasingly used in
measurements of the particle size distribution (PSD) of soil and sediments. It has significant …

Although pedometric approaches were taken as early as 1925, the post-WWII development
of information technology radically transformed the possibilities for applying mathematical …

Plastics fragment and threaten soil ecosystems. Degradation of soil structure is one of the
risks. Despite this, data on impacts of different sized microplastics (MPs) on soil aggregates …

Core Ideas Long‐term inorganic fertilization decreased aggregate stability. Long‐term
inorganic fertilization decreased soil macroporosity. Long‐term inorganic fertilization did not …

Soil aggregate stability measurement is essential to determine soil health status under
various conditions. The Mean Weight Diameter (MWD) is the most applied index to express …

A method for characterizing aggregate stability with repeated laser diffraction measurements
was tested on soils spanning the prairie-forest ecotone in northern Minnesota, USA. These …

Wind erosion is a key component of the soil degradation processes. The purpose of this
study is to find out the influence of material loss from wind on soil properties for different soil …

Soil aggregate water stability is very important from both scientific and practical points of
view. This stability is a critical factor in a soil's susceptibility to water erosion and, in turn …

A methodology was developed in order to estimate wind erosion by comparing the
differences in soil loss with a 3D laser scanner inside a wind tunnel, to relate the change in …