Conference Proceedings
1995 AusIMM New Zealand Branch Annual Conference
Conference Proceedings
1995 AusIMM New Zealand Branch Annual Conference
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Metallogeny and Evolution of the Asia-Australia W-Sn Metallogenic Belt on the Western Pacific Rim
According to the temporal and spatial distribution of
regional metallogenesis, thePacific
Rim can be divided into four global metallogenetic systems. The
Asia-Australia W-Sn metallogenetic belt is the typical representative of
intracontinental metallogenetic systems. This belt resulted from Mesozoic and
partly pre-Mesozoic tectonic magmatism, mainly related to S-type granite of
crustal source that was generated by collisional orogeny combined with oceanic
subduction in intracontinental and continental margin settings. Based on the
concept of metallogenetic series, there is a group of mineralised ore types
showing a definite spatial and temporal distribution from endogenetic to
exogenetic. These metallogenetic series are widely distributed in the
Asia-Australia W-Sn metallogenetic belt, and are well developed in Southeast China. Five metallogenetic
series and two petro-minerogenesis evolution models have been established
according to their tectonic settings, various types of granitoids and
metallogenetic evolution.
regional metallogenesis, thePacific
Rim can be divided into four global metallogenetic systems. The
Asia-Australia W-Sn metallogenetic belt is the typical representative of
intracontinental metallogenetic systems. This belt resulted from Mesozoic and
partly pre-Mesozoic tectonic magmatism, mainly related to S-type granite of
crustal source that was generated by collisional orogeny combined with oceanic
subduction in intracontinental and continental margin settings. Based on the
concept of metallogenetic series, there is a group of mineralised ore types
showing a definite spatial and temporal distribution from endogenetic to
exogenetic. These metallogenetic series are widely distributed in the
Asia-Australia W-Sn metallogenetic belt, and are well developed in Southeast China. Five metallogenetic
series and two petro-minerogenesis evolution models have been established
according to their tectonic settings, various types of granitoids and
metallogenetic evolution.
Contributor(s):
R Pei, X Qiu
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- Published: 1995
- PDF Size: 0.874 Mb.
- Unique ID: P199509081NZ