Abstract The Early Cambrian Mo-Ni-PGE sulphidic black shale in the Niutitang Formation on
the margin of the Yangtze Craton (Southern China) is known for its extremely high metal …

Alkaline igneous-related rare earth element (REE) deposits constitute a major global
economic resource of REE. However, our understanding of their geodynamic settings and …

Establishing temporal constraints of faulting is of importance for tectonic and seismicity
reconstructions and predictions. Conventional fault dating techniques commonly use bulk …

The Earth's deep biosphere hosts some of its most ancient chemolithotrophic lineages. The
history of habitation in this environment is thus of interest for understanding the origin and …

Fault‐and fracture‐hosted multi‐stage mineral assemblages that formed by fracture
reactivation and fluid migration, constitute archives of the tectonic evolution of Precambrian …

Tin and other high-field-strength (HFS) elements are becoming increasingly significant,
driven by technological advancements and a global effort to develop alternative energy …

Rare earth elements (REEs) were studied in groundwater in fractures at depths between
144 m and 450 m in Proterozoic granitoids on the Baltic Shield at a coastal site in south …

The Okorusu carbonatite complex and the mine's tailings dump constitute a potential
resource of rare earth elements meaning lanthanides and yttrium (REY). Small (≤ 100 μm) …

Greisenization is typically linked with highly fractionated granites and is often associated
with hydrothermal vein systems. Late to postmagmatic metasomatic processes involve the …

To better understand the seafloor hydrothermal circulation at the passive rifted margins, we
present a detailed geochemical investigation of epidote veins in eight altered basalts from …