Abstract The Anisotropy of Magnetic Susceptibility (AMS) is a well-established petrofabric
tool for indicating relative strain and microstructural character and has been validated on …

Felsic magma commonly pools within shallow mushroom-shaped magmatic intrusions, so-
called laccoliths or cryptodomes, which can cause both explosive eruptions and collapse of …

Cryptodome and dome collapse is associated with volcanic hazards, such as explosive
eruptions, pyroclastic density currents, and volcanic edifice collapse. The study of the growth …

Volcanological processes, such as melt segregation, ascent, and eruption, are directly
dependent on the rheological behavior of magmatic suspensions. An increase of the crystal …

We present the results of the first high-temperatures and high-pressure deformation
experiments on synthetic magmatic suspensions of strongly anisometric particles. The …

Extensive silicic units in the Paraná-Etendeka LIP have been long interpreted as pyroclastic
density currents (rheomorphic ignimbrites) derived from the Messum Complex in Namibia. In …

Felsic collapse calderas pose a hazard to our society, thus detailed knowledge of collapse
mechanisms and behavior of eruptive products could help us to better understand the active …

During the ascent, emplacement and post-emplacement deformation of igneous rocks, two
or more phases of deformation that overprint each other are often depicted. These …

The purpose of this study is to assess the magnetic fabrics and anisotropy of magnetic
susceptibility (AMS) of the Yoli anorogenic microgranite to infer its emplacement …

New approach involving evaluation of anisotropy of magnetic susceptibility (AMS) data in
stereoplots and Jelínek's P j–T space, Vollmer's eigenvalue and microstructural analyses is …