The battery metals tin and lithium (Snsingle bondLi) are key to renewable energy
technologies, with demand driving new interest in the formation and exploration of tin …

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 …

Although the relationship between silicic volcanic and plutonic rocks has been extensively
studied, it remains controversial whether most plutons have volcanic counterparts and how …

The physical process of crystal-melt separation is responsible for the accumulation of small
to very large volumes (> 100 km3) of eruptible rhyolitic melt in the shallow crust. Granitic …

In the last decade, improvements in the analytical precision achievable by zircon U-Pb
geochronological techniques have allowed to resolve complexities of zircon crystallization …

We present a novel methodology for spatially-resolved high-precision U-Pb geochronology
of individual growth domains in complex zircon. Our approach utilizes a combined plasma …

Trace element compositional trends in zircons separated from single hand samples have
been used to infer dynamic processes in magma reservoirs. Here, we compile published …

The tectonic re-equilibration after the Variscan orogeny coincided with widespread early
Permian post-collisional magmatism in southern Europe. A full understanding of the origin of …

Compositionally zoned crystals can record changing melt composition and trace element
partitioning behavior during magmatic differentiation. Diffusive reequilibration between …

The distribution of zircon crystallisation ages in igneous rocks has been proposed to provide
insights into the dynamics of underlying magma reservoirs. However, the ability to interpret …