Soil magnetism reflects the physical properties of mainly iron oxide and oxyhydroxide
minerals, which provides important information for deciphering soil environments …

Forest topsoil is subjected to physical and chemical degradation due to the deposition of
urban and industrial dust and landfill, as well as physical disturbances including a relic of …

This study aims to evaluate the urban pollution by combined magnetometric and
geochemical analyses on road dusts from three towns in the vicinity of Cu-smelter and ore …

Chernozems are among the most fertile agricultural soils on Earth and are important
terrestrial carbon reservoirs. Since the Miocene-advent of grassland-ecosystems, they …

Soil magnetic susceptibility (κ) has potential to be used as a pedoenvironmental indicator
from which mineralogy, pedogeochemical, pedogeomorphological and pedogenic …

Soil loss is a global environmental issue. Increasing amounts of attention have been paid to
assessing soil erosion and its distribution on cultivated slopes using magnetic susceptibility …

Iron oxide minerals in soils can be influenced by various environmental conditions, which
can be detected through magnetic susceptibility (χ) and its frequency dependence (χ FD%) …

The typically high heterogeneity of urban soil properties challenges their characterization
and interpretation. The objective of this study was to investigate if proximally sensed volume …

Long-term underground exploitation of Zn-Pb ores has led to drainage of the area and
formation of a huge dumping ground in the form of a pile. In its vicinity, processes of acid …

The chemical weathering intensity in Antarctica is underestimated. As the chemical
weathering intensity increases, hydrological, geochemical and geophysical changes occur …