ABSTRACT Taupō volcano (New Zealand) is distinguished as the source of Earth's
youngest supereruption (∼ 25.5 ka), with Lake Taupō occupying the resulting caldera …

The role of tephras in the NZ-INTIMATE project is a critical one because most high-
resolution palaeoclimatic records are linked and dated by one or more tephra layers. In this …

Evolved magmas, including highly explosive rhyolites, are mainly generated by extraction of
viscous melts from solid residues either in (1) partial melting zones within the crust …

Abstract Hafnium, U, Th, and REE content of zircons from the Spirit Mountain batholith in
southern Nevada correlate with calculated temperatures from the Ti-in-zircon thermometer to …

Compositional data for> 400 pumice clasts, organized according to eruptive sequence,
crystal content, and texture, provide new perspectives on eruption and pre-eruptive …

In order to provide new insights into the relationship between plutonism and volcanism,
numerical simulations involving heat transfer computation were used to estimate the …

Abstract The Taupo Volcanic Zone (TVZ) in the North Island of New Zealand is one of the
world's most spectacular and productive areas of Quaternary silicic volcanism and …

Understanding the processes involved in the formation and maturation of upper crustal
magma reservoirs, ultimately sourcing the largest volcanic eruptions on Earth, is one of the …

The magmatic systems that give rise to voluminous crystal-poor rhyolite magma bodies can
be considered to operate on two contrasting timescales: Those governed by longer-term …

Abstract The central Taupo Volcanic Zone (TVZ) in New Zealand currently is the most
frequently active and productive area of silicic (overwhelmingly rhyolitic) volcanism on Earth …