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Module Title
LI Igneous and Metamorphic Petrology
School
School of Geog Earth & Env Sci
Department
Earth and Environ Sciences
Module Code
03 29997
Module Lead
Mike Cassidy
Level
Intermediate Level
Credits
20
Semester
Semester 1
Pre-requisites
Co-requisites
Restrictions
None
Exclusions
Description
Provides advanced study of igneous and metamorphic rocks following on from delivery of the Petrology, Volcanology and Geochemistry/Dynamic Solid Earth modules in Year 1. This module focuses on how the use of petrology, geochemistry and geochronology can investigate the petrogenesis of common igneous and metamorphic rock types and suites in all tectonic environments.
Learning Outcomes
By the end of the module students should be able to:
Classify and identify the most common igneous and metamorphic rocks
Use phase petrology, the phase rule, mathematical expressions and geochemistry to understand different partial melting processes and the generation of primary magmatic liquids.
Use combined phase petrology, the phase rule, mathematical expressions and geochemistry to understand the various differentiation processes that modify the composition of a magma during ascent and storage.
Evaluate how the geochemistry of igneous rocks can be used to infer tectonic setting.
Evaluate the evidence for the existence of constructive and destructive plate margins
Interpret textures of igneous minerals in thin section.
Use petrographical study to assign Metamorphic Zones to samples
Assess how metamorphic processes relate to the formation of ore deposits
Apply principles of phase equilibria and thermodynamics to metamorphic reactions
Interpret tectonic setting and protolith characteristics of metamorphic rocks
Evaluate the uses and implications of metamorphism in geochronology