Although the term orogenic gold has become widely accepted over the past 20 years for
disseminated-to lode-style gold deposits that formed in a variety of tectonic environments …

Orogenic gold deposits account for more than 30% of the global gold resources. To
understand the genesis of orogenic gold deposits and ultimately target new orogenic gold …

Sulfur belongs among H2O, CO2, and Cl as one of the key volatiles in Earth's chemical
cycles. High oxygen fugacity, sulfur concentration, and δ34S values in volcanic arc rocks …

The poorly documented Daduhe gold belt on the western margin of the Yangtze Craton, an
important metallogenic belt in southwest China, is characterized by typical orogenic gold …

The continental crust is strongly depleted in copper compared with its building blocks—
primary arc magmas—and this depletion is intrinsically associated with continental crust …

Resolving the geochemical discrepancies between the bulk continental crust and its
building blocks, basaltic arc magmas, can provide insights into the processes by which the …

Serpentinite dehydration during subduction releases fluids into the sub‐arc mantle, yet the
oxidizing capability of these fluids remains controversial. Here, redox‐sensitive Cu isotopes …

Subduction is a key component of Earth's long‐term sulfur cycle; however, the mechanisms
that drive sulfur from subducting slabs remain elusive. Isotopes are a sensitive indicator of …

Whether orogenic gold deposits formed from crustal or subcrustal sources is debated, and
their link to orogenic processes is ambiguous. Gold mineralization in the Triassic East …

Sulfur is of a crucial importance in the Earth system influencing biological, climate, ore-
forming, and redox processes. Subduction zones play a key role in the global sulfur cycle …