Abstract The Carpathian-Pannonian Region (CPR) hosted some of the largest silicic
volcanic eruptions in Europe during the Early and Middle Miocene, contemporaneously with …

The emplacement history and thermal evolution of subvolcanic magma reservoirs determine
their longevity, size, and ability to feed volcanic eruptions. As zircon saturation is dependent …

Large volume rhyolitic ignimbrite volcanism is a significant contributor to the evolving crust.
The introduction of high-silica material into the upper crust, differentiation within the middle …

In recent years, the volcanic–plutonic relationship has been a contentious topic among
researchers. Based on this issue, they have delved deeper into the constraints of magma …

Accurate assessment of the duration of zircon crystallization within igneous rocks is critical
for constraining the time scales of magmatic evolution and storage, which have important …

Clusters of early central volcanoes in the mid-Cenozoic Southern Rocky Mountain volcanic
field (SRMVF; southwestern Colorado, USA) record sites of initial magmatic focusing that led …

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 …

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 …

U-Pb geochronology by isotope dilution− thermal ionization mass spectrometry (ID-TIMS)
has the potential to be the most precise and accurate of the deep time chronometers …