In this study, we present new mineral chemical data on the garnet from the Hongshan Cu-
Mo deposit, one of the largest skarn deposits in the Sanjiang Tethyan tectonic domain, in …

Several recent studies have shown that garnet U-Pb dating may potentially provide robust
constraints on the ages of carbonatite, alkaline magmatism and skarn ore formation. Here …

Andradite-rich garnet is a common U-bearing mineral in a variety of alkalic igneous rocks
and skarn deposits, but has been largely neglected as a U–Pb chronometer. In situ laser …

Origin of garnet in skarn (magmatic vs. hydrothermal) and the prograde skarn fluid evolution
are still controversial. Two generations of garnet (Grt1, Grt2) were identified at the …

Xinqiao is a large copper-gold deposit and consists of two major mineralization types:
stratabound and skarn. The skarn occurs along the contact between a quartz diorite …

Huangshaping is a world-class skarn deposit hosting abundant W–Sn polymetallic
mineralization in the Nanling Range, South China. Although the geochemistry of skarn …

Abstract The Haobugao skarn Zn-Pb ore deposit (reserves of 0.29 Mt@ 4.24% Zn, 0.15 Mt@
2.25% Pb) is located in the southern Great Xing'an Range (SXGR) Cu-Mo-Ag-Au-Pb-Zn-Fe …

Abstract The Sangdong and Weondong deposits, Taebaeksan mineral district, South Korea,
are tungsten skarn ore deposits. Andradite (Fe-rich) garnet is a characteristic mineral in …

The relationship between the compositional zonation of garnet in skarn deposits and the
evolution of physicochemical conditions of ore-forming fluids is not clear and needs further …

Abstract The Aqishan-Yamansu Fe-Cu-Au metallogenic belt in the Eastern Tianshan, NW
China, hosts numerous Fe and Fe-Cu deposits that may have different genetic models, such …