Abstract The **tian W–Sn district is located in eastern Hunan Province of SE China and
comprises the Heshuxia, Goudalan, and Longshang W–Sn deposits. Our study on the …

Tungsten mineralization is typically associated with reduced granitic magmas of crustal
origin. While this type of magmatism is widespread, economic tungsten deposits are highly …

The large-scale Chuankou W deposit is located in the north part of the Nanling metallogenic
belt, South China. It comprises independent quartz vein-type scheelite and wolframite …

We detail here the general concepts behind using noble gases as a tracer of crustal fluid
processes and illustrate these concepts with examples applied to oil-gas-groundwater …

Granite-related wolframite-quartz veins are the world's most important tungsten
mineralization and production resource. Recent progress in revealing their hydrothermal …

The identification of a magmatic source for granite-associated rare metal (W, Nb, Ta and Sn)
mineralisation in metasediment-hosted quartz veins is often obscured by intense fluid–rock …

Abstract Rare Metal Granites (RMGs) are highly evolved intrusions with specific
geochemical signatures that are the result of combined magmatic and hydrothermal …

Tourmaline is a locally abundant hydrothermal mineral in the wallrocks surrounding the W-
Sn-Cu mineralized veins in the Panasqueira deposit (Portugal) and a minor phase within the …

This paper aims at providing new insights into W-Sn ore-forming processes within one of the
largest granitic provinces in the world (Nanling Range, South China), which was emplaced …

We present a complete dataset for major, minor and trace elements in wolframite ([Fe, Mn]
WO 4) based on the example of several peribatholitic hydrothermal W deposits located in …