This study presents an innovative application of well‐established environmental magnetic
proxy parameters on fluvial sediments, with the aim to trace geological and human‐induced …

Industrial pollution is one of the most important environmentalthreats, with serious
consequences for the future. Thus, its detailed study is of great importance. Apart from …

Twenty five floodplain sediment profiles from seven rivers in eastern Czech Republic and
three in north west England were collected to examine the hypothesis that magnetic …

Résumé In this study, we developed a novel approach for fingerprinting dredged-dumped
sediments at sea using magnetic susceptibility. Several magnetic measurements were …

Our study attempts to identify a characteristic magnetic signature of overbank sediments
exhibiting anthropogenically induced magnetic enhancement and thereby to distinguish …

This study aims to evaluate the potential of magnetic methods to determine the composition
of the sediment load in a cross section of an unmanaged meander in the upstream stretch of …

We have developed a quantification method that uses mainly room temperature rock
magnetic measurements to calculate concentrations of ferrimagnetic particles in sediments …

Environmental magnetism uses the spatial and temporal occurrence of magnetic carriers as
diagnostic tools to detect environmental changes. Concentration, composition, grain size …

The present study evaluated the level of heavy metal (HM) pollution in Vistula river
sediments in a highly urbanized Warsaw agglomeration (Poland). Magnetometry was used …

Measuring magnetic susceptibility is a method which is used to estimate the amount of
magnetic particles in soils, sediments or dusts. Changes in magnetic susceptibility can be …