Highly fractionated granites and pegmatites have special petrogenesis and potential
economic significance due to the enrichment of incompatible elements (Li, Rb, Cs, etc.) and …

Porphyry-type deposits are spatially and temporally associated with the relatively shallow
and texturally complex parts of magmatic systems. Whilst certain textures offer snapshots …

Porphyry-type deposits are a vital source of green technology metals such as copper and
molybdenum. They typically form in subduction-related settings from large, long-lived …

Characterizing the physical properties and mechanical behavior of melt reservoirs is
essential for enhancing geophysical models that aim to understand the evolution of …

The timing and duration of volatile generation from crystallizing magma reservoirs and fluid
release across the magmatic‐hydrothermal interface depend on complex coupled …

Mineral exploration is essential to ensure a sustainable supply of raw materials for modern
living and the transition to green. It implies a series of expensive operations that aim to …

The Magino gold deposit, located within the Michipicoten greenstone belt of the Wawa
subprovince (Ontario, Canada), is a past-producing underground mine, which has recently …

Volcanic and magmatic outgassing mechanisms can determine eruptive behavior of shallow
silicic magma bodies. Most outgassing mechanisms proposed take place along conduit …

Abstract The Oligocene Latir magmatic center in northern New Mexico is an exceptionally
well exposed volcano-plutonic complex that hosts a variety of magmatic-hydrothermal …

Porphyry-type Cu±Au±Mo deposits form in the upper (ca. 2–5 km deep) parts of large, long-
lived magmatic-hydrothermal systems in which mineralising fluids are thought to be derived …