Evaluating the lithium (Li) budget of alkaline to calc-alkaline melts and their co-existing
mineral phases is crucial to understanding which magmatic or post-eruptive processes can …

Quartz-hosted glasses from the Mesa Falls Tuff provide a geochemical window into the pre-
eruptive magmatic system from one of Yellowstone's largest-volume caldera-forming …

The metallogenesis of Li-rich pegmatites remains contentious and an innovative approach
for exploring such deposits is needed. The well-known Koktokay pegmatites in the Altay …

Volcanic eruptions are unpredictable phenomena that pose a challenge to crisis
management, owing to the fact that contrasted eruptive styles (explosive versus effusive) …

Explosive eruptions of trachytic to trachyandesitic composition produced thick and
widespread pyroclastic deposits during the recent volcanic activity of Piton des Neiges …

Abstract Lithium (Li) concentration and Li isotopes of olivine have been widely adopted to
decipher the mantle-crust interaction and short-lived magmatic processes in the shallow …

Trace element diffusion is a powerful tracer of kinetic magmatic processes such as recharge
and fluid exsolution. However, the dependence of diffusivities (D) on melt water contents is …

The unexpected discovery of felsic magma by the Iceland Deep Drilling Project-1 (IDDP-1)
in the Krafla volcanic system (KVS) presents a unique opportunity to investigate pre-eruptive …

Recognizing the signal of recycled carbonate in the deep mantle and associated basalts is
crucial for depicting deep carbon cycling. It has long been recognized that marine …

The highly evolved granites are closely associated with rare-metal mineralization. It is still
debated whether the enrichment of rare metals is mainly controlled by magmatic or …