Possible causes for large-scale mineralization in the Lanping area, western Yunnan: New evidence from Cenozoic igneous rocks and mantle xenoliths

Mineral Deposit Research: Meeting the Global Challenge, Vols 1 and 2(2005)

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Abstract
The injection of magma from the upper mantle into a continent may be a direct driving force for continental mineralization (Li et al. 1993; Deng 1999b). Therefore, to understand the dynamic mechanisms, processes and sources of metals in large-scale mineralizing systems derived from subcontinental mantle and/or the lower crust has become an important aspect of research in the formation of ore deposits. Western Yunnan, and especially the Lanping area, is an important component of the Tethyan-Himalayan metallogenic domain and is an area of research interest because of the large Jinding zinc (-lead) deposit and significant concentrations of Ag and polymetallic mineralization in the adjacent Baiyangping area. A key question concerns why such a large concentration of mineral deposits occurs in this specific area.This paper aims to provide some evidence from Cenozoic magmatism and lithosperic characteristics and evolution.
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Key words
Western Yunnan,Cenozoic magmatism,deep-seated xenoliths,crust-mantle transition zone,Lanping,Baiyangping,large-scale mineralization
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