Magnetic properties of soil are widely utilized to study soil development in a variety of
settings due to the formation of strongly magnetic iron oxides during pedogenesis. Similarly …

This study was performed to determine the variability of magnetic susceptibility to
discriminant soil great groups in an arid region including six soil great groups in the Borujen …

Loess and loess-like deposits with intercalated palaeosols are widely distributed in Croatia,
particularly in the Pannonian basin in the east and along the Adriatic Coast in the west …

The understanding of attributes and magnetic susceptibility (χ) at soil surface, mainly
subsurface, is crucial due to their role to identify climate changes, soil degradation, soil …

Abstract: Traditional methods to assess soil properties or monitor soil processes typically
rely on point data. They often fail to represent the heterogeneity of soil. Airborne remote …

As a physical property of soil, magnetic susceptibility (MS) has been widely used to
delineate soil drainage conditions over the past two decades, where all MS values were …

Strong wildfires pose significant damage to all soil qualities and lead to land degradation.
The complex nature and properties of fire‐derived materials require multidisciplinary efforts …

Wildfires strongly affect soils, including iron biogeochemical cycling and carbon storage.
Thus, it is important to reveal the dynamics of iron oxide synthesis and transformations …

Mineral magnetic properties are sensitive indicators for evaluating environmental changes,
including environmental pressure caused by atmospherically deposited anthropogenic …

The transformation of metastable ferrihydrite to stable hematite has been linked to magnetic
enhancement in soils and sediments. However, the magnetic and structural characteristics …