Amphibole (Amp) plays a crucial role in the study of several earth and planetary processes.
One of its most common applications is in thermobarometry, especially for volcanic …

Calcic, igneous amphiboles are of special interest as their compositional diversity and
common occurrence provide ample potential to investigate magmatic processes. But not all …

The following article presents constraints of the stability of Mg-rich (Mg/(Mg+ Fe 2+)> 0.5)
calcic amphibole in both calc-alkaline and alkaline magmas, testing of previous …

Thermometry of high-grade metamorphic rocks is difficult due to fast cationic diffusion during
slow cooling, but the titanium content of calcium amphibole (Ti-Amp) can retrieve amphibole …

Biotite (sensu lato) is a widespread rock‐forming mineral in magmatic rocks that can be
stable in a broad range of pressure and temperature, but appropriate biotite thermometers or …

Amphibole is widely employed to calculate crystallization temperature and pressure,
although its potential as a geobarometer has always been debated. Recently, Ridolfi et …

Abstract The Paleocene–Eocene southern Peru metallogenic belt contains numerous very
large to supergiant porphyry Cu–Mo deposits. The deposits were dated previously as coeval …

Thermobarometry is a fundamental tool to quantitatively interrogate magma plumbing
systems and broaden our appreciation of volcanic processes. Developments in random …

The temperature (T) and oxygen fugacity (fO 2) dependence of minor and trace elements
(Mg, Al, Mn, Cr, Ni) in magnetite (Mag) in equilibrium with water-bearing silicate liquids …

Mount Merapi is one of Indonesia's and the world's most hazardous volcanoes. Existing
constraints on the location and the crystallization conditions of its pre-eruptive magma …