The tectonic setting and geodynamic processes of the large-scale Early Cretaceous
volcanism in the Great **ng'an Range (GXAR) remain subjects of great debate. The aim of …

Although it is well known that many peralkaline granite plutons show enrichment of the rare
earth elements (REE) and other high field strength elements (HFSE), the magmatic …

There is a broad consensus that the extensive late Mesozoic igneous rocks in NE China
were generated in an extensional setting. However, the timing and mechanism of the …

Porphyry deposits are the main source for global Cu and Mo production. The generation of
hydrous silicate magmas and subsequent separation of volatile-rich magmatic fluids with …

The large-scaled Mesozoic volcanic activities in the Great **ng'an Range, northeastern (NE)
China, have received extensive attention recently. However, the details of the tectonic …

We compiled and analyzed 56 U–Pb zircon ages, including 38 ages obtained during the
present study and 18 from other sources, for granitic rocks of the Chaihe–Moguqi region …

Abstract The Baerzhe Cretaceous (123.7±0.9 Ma) peralkaline pluton underwent extensive
fractional crystallization and extreme enrichment in incompatible elements including rare …

The origin and geodynamic evolution of peak Early Cretaceous magmatism in the southern
Great **ng'an Range, North China, have long been controversial. Here we report new U‐Pb …

It is widely accepted that granitic melts can be highly evolved, however, the effective records
of this process are usually obscure, especially for the exsolution and evolution of volatiles …

Melting and dehydration of subducted oceanic slabs dominate element recycling within the
subduction factory, but the role of recycled oceanic crust in the source of intraplate magmas …