Fractional calculus has been used to model various hydrologic processes for 15 years. Yet,
there are still major gaps between real-world hydrologic dynamics and fractional-order …

The advent of polarized light microscopy in the middle of the 19th century allowed
mineralogists and petrologists interested in igneous rocks to recognize the widespread …

Plate motion and associated tectonics explain the location of magmatic systems along plate
boundaries [1], however, they cannot give satisfactory explanations of the origin of intraplate …

Mechanisms and rates of magma ascent play a critical role in eruption dynamics but remain
poorly constrained phenomena. Water, dissolved in mantle minerals as hydrogen and …

In this study, we applied high-precision in situ Fe and Mg isotope analyses by femtosecond
laser ablation (fs-LA) MC-ICP-MS on chemically zoned olivine xeno-and phenocrysts from …

Open-system processes have a large capacity to modify magma compositions during
differentiation. Obtaining the rates of such processes is essential to understanding and …

Intrusion of mafic magma in a silicic crustal reservoir has been reported in numerous studies
of subduction-related volcanoes and is considered a main process for triggering explosive …

The timescales of magmatic processes are some of the main physical variables that are still
poorly-constrained in igneous petrology. This hinders our ability to quantify the rates at …

The two Quaternary volcanic fields in the Eifel region of Germany (West Eifel Volcanic Field-
WEVF; East Eifel Volcanic Field-EEVF) resemble each other in their temporal, spatial …

Abstract Upper Cretaceous–Miocene alkaline SiO2-undersaturated volcanic rocks in the
southern Central European Volcanic Province (CEVP) comprise two distinct rock series:(i) …