The use of the Anisotropy of Magnetic Susceptibility (AMS) has become a rather common
practice in Earth Sciences since the pioneer note by Graham. The versatility of the …

The distribution of total soil nitrogen (TSN) and total soil phosphorus (TSP) plays a pivotal
role in shaping soil quality, fertility, agricultural practices, and environmental balance …

A summary of approximately three decades and greater than thirty loess magnetic fabric
studies is presented here. The revised studies cover various loess regions from the Chinese …

Anisotropy of magnetic remanence (AMR) is typically obtained by imparting a remanence
through a sequence of reference directions and subsequent measurement of the remanent …

Understanding magma transport in sheet intrusions is crucial to interpreting volcanic unrest.
Studies of dyke emplacement and geometry focus predominantly on low-viscosity, mafic …

Paleomagnetism is the most important source of information for determining the position of
tectonic plates in the geological past. Over the last few decades significant advancements …

This work aims to characterize the Gavarnie thrust, one of the large-scale thrusts that define
the Alpine structure of the west-central sector of the Pyrenees. A detailed comparison of …

Paleomagnetic data provide information on the evolution of the Earth's magnetic field, and
are used to reconstruct plate motions. One fundamental assumption underlying these …

Magnetic shielding devices with a grid structure of multiple layers of highly magnetically
permeable materials (such as permalloy) can achieve remanent magnetic fields at the …

The anisotropy of magnetic susceptibility (AMS) has great potential in deciphering weakly
deformed fabrics that may be related to tectonic stress. Previous studies have suggested that …