Obtaining an estimate of the relative proportion of superparamagnetic (SP) to stable single-
domain (SSD) particle sizes in a material can be useful in evaluating environmental …

Understanding of the processes of magmatic fabric formation in crystal‐rich magmas and
their reflection in rock magnetic properties are important for understanding pluton formation …

Magnetic techniques have been used widely in environmental studies for the past few
decades. Environmental magnetism typically involves conventional room temperature …

First-Order Reversal Curve (FORC) diagrams have become a sine qua non of modern rock-
magnetism and are essential for the interpretation of magnetic mineralogies and their …

Magnetism plays an important role in marine science. On the one hand, paleomagnetism
helps us to understand ancient geomangetic field behaviour that can also facilitate …

On the Fidelity of Palaeomagnetic Records from Hominin and Archaeological Bearing
Palaeocaves in South Africa Page 1 On the Fidelity of Palaeomagnetic Records from …

As iron-bearing minerals–ferrimagnetic minerals in particular–are sensitive to stress,
temperature and presence of fluids in fault zones, their magnetic properties provide valuable …

Rocks are solid mineral assemblages formed under varying conditions at different times of
Earth's history. They help us understand the processes that shaped our planet and other …

Magnetite and hematite are the most common ferromagnetic minerals in rocks and
sediments. Many methods have been developed to identify their occurrence in geological …

It is a fundamental challenge for geologists to create quantitative estimates of rainfall and
temperature in past climates. Yet, records of past climates are integral for understanding the …