More than 800 million people live in proximity to active volcanoes and could be directly
impacted by potential eruptions. Mitigation of future volcanic hazards requires adequate …

The past decades have seen tremendous advances in analytical capabilities regarding the
sensitivity, spatial selectivity, and instrumental precision of U-Th-Pb zircon geochronology …

Abstract Four voluminous ignimbrites (150–500 km 3) erupted in rapid succession at 27 Ma
in the central San Juan caldera cluster, Colorado. To reconstruct the timescales and thermal …

The concept of defrosting, heating and partially melting a crystal-rich, weakly mobile or
immobile magma (magmatic mush) has gained wide support from volcanological studies …

Crystal-rich volcanic rocks are important for understanding the evolution of large silicic
magma systems. However, the magmatic evolution and rejuvenation processes that form the …

Defining the physico-chemical evolution of felsic magmatic reservoirs in the middle-upper
continental crust is crucial for understanding the connection between granitic plutons and …

Carboniferous plutonic activity in the Sierra Pampeanas region of NW Argentina resulted in
the emplacement of several magma bodies at shallow levels, while contemporaneous …

Abstract The Takidani pluton (1· 1–1· 6 Ma) represents a shallow magmatic reservoir at the
base of an exhumed caldera floor. The deposits of two large caldera-forming eruptions, the …

The Mengshan granitoid complex is located in the central part of Jiangnan Orogen and
belongs to the western part of Jiangxi Province, where several phases of granitic …

High-silica volcanic rocks and their plutonic counterparts carry critical information
concerning the evolution of shallow magmatic systems and construction of silicic upper …