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Sub-solidus hydrology controls the formation of high-grade tin deposits in granites

delete2026-07-10
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OA
AI
N
Nicolas Krattiger *
J
Jonas Köpping
P
Philipp Weis
T
Thomas Driesner
DOI：10.1016/j.epsl.2026.120186delete
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Abstract

Abstract

En 中文
• Efficient sub-solidus metal mobilisation and fluid focusing in granitic intrusions. • Post-crystallisation storage of magmatic fluids in the crystallised ductile granite. • Modelled fluid evolution matches field-based observations in tin deposits. • Different tin precipitation mechanisms result from the same hydrological process.
Keywords:
Tin deposits
Magmatic hydrothermal systems
Numerical fluid flow modelling

Journal

Earth and Planetary Science Letters cover
Earth and Planetary Science Letters
IF:
5.1
Papers:
774
Citations:
6.9W

Organization

E
eth zürich
Scholars:
1.4K
Papers: 529
Citations: 1
G
gfz helmholtz centre for geosciences
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390
Papers: 202
Citations: 0
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