The Yangla copper deposit is a rare Triassic intrusion-related Cu skarn system in the central
part of the Jinshajiang tectonic belt, central Sanjiang orogenic belt, southwest China. Major …

Calcite is the main gangue mineral in antimony (Sb) deposits, and its compositions can
reflect the physicochemical conditions of Sb mineralization. The Yangla is the largest Sb …

Scheelite is one of the main ore minerals in tungsten deposits, and its geochemical features
can be used to examine and constrain tungsten mineralization. The Yangla deposit is one of …

Garnet is a common hydrothermal mineral in skarn-type deposits, and is useful for
constraining the ore-fluid composition. Based on the mineralogy and geochemical features …

Magmatic zircon tends to present characteristic trends in trace element compositions in
response to magma petrogenesis and metallogenesis, such that zircon may provide a …

Abstract The Yangla Cu deposit is the largest Cu skarn deposit in the Jinshajiang Suture
Zone, central Sanjiang region, SW China, with a total reserve of 150 Mt Cu@ 1.03%. The …

The Yangla is the largest and highest-grade antimony deposit (10 kt Sb@ 14.87%) in the
Jinshajiang suture zone, northwestern Yunnan (SW China). Pyrite and stibnite are the main …

Abstract In the Paleo-Tethyan orogenic belt, reduced mineralization systems result in
extensive saturation and segregation of magmatic sulfide phases, which in turn leads to the …

Aplite dykes commonly represent more evolved magma and are closely associated with rare
metal mineralization. However, the multiphase magmatism and rare metal mineralization of …

Fe and Cu skarn deposits are very important skarn types worldwide, but it is currently
unclear whether the nature of intrusions related to Fe and Cu skarn deposits exerts a key …