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- GEOL1001 Earth Materials
- GEOL1002 From Petrology to Petrogenesis
- GEOL1003 History of Life
- GEOL1004 Dynamic Earth
- GEOL1006 Foundations of Physical Geoscience
- GEOL1012 Surface Processes
- GEOL1013 The Earth
- GEOL1014 Geochemistry
- GEOL1015 Geology of Planetary Bodies
- GEOL2004 Chemistry of Earth Environments
- GEOL2008 Vertebrate Palaeontology and Evolution
- GEOL2009 Surface Processes & Structures
- GEOL2010 Igneous Petrology
- GEOL2012 Metamorphism
- GEOL2014 Global Geophysics
- GEOL2026 Maps, Images and Structures
- GEOL2027 Structural Geology and Tectonics
- GEOL3003 Geodynamics & Global Tectonics
- GEOL3036 Biodiversity and Macroevolutionary Patterns
- GEOL3038 Experimental Methods in Water-Rock Interaction
- GEOL3039 Physics of Oceans, Ice Sheets and Climate
- GEOL3040 Crustal Dynamics, Mountain Building & Basin Evolution
- GEOL3042 Geological/Environmental Mapping Project
- GEOL3043 Earth Resources & Sustainability
- GEOLM002 Earthquake Seismology & Earthquake Hazards
- GEOLM003 Earth & Planetary System Science
- GEOLM006 Earth & Planetary Materials
- GEOLM008 Physical Volcanology & Volcanic Hazard
- GEOLM010 Tectonic Geomorphology
- GEOLM012 Palaeoclimatology
- GEOLM018 Palaeoceanography
- GEOLM021 Melting and Volcanism
- GEOLM022 Hydrogeology and Groundwater Resources
- GEOLM036 Biodiversity & Macroevolutionary Patterns
- GEOLM037 Deep Earth & Planetary Modelling
- GEOLM038 Experimental Methods in Water-Rock Interaction
- GEOLM040 Crustal Dynamics, Mountain Building & Basin Evolution
- GEOLM043 Earth Resources & Sustainability
- GEOLM300 Geodynamics and Global Tectonics
- GEOLM905 Independent MSci Project
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GEOL1002 From Petrology to Petrogenesis
AIMS
To introduce the principal building blocks of the Earth Sciences: rocks, minerals and their composition, formation and origins. To summarise the formation of the elements at the Big Bang and distribution of the elements throughout both the solar system and the periodic table. To show how elements combine to produce crystal forms, introducing the principles of crystallography and mineralogy. To demonstrate how minerals combine to form rocks. To outline the petrogenesis and variety of igneous, sedimentary and metamorphic rocks.
OUTCOMES
The course will provide the student with a fundamental knowledge of rocks and minerals plus a knowledge of the available tools for their identification and the scientific language used in their description.
CONTENT
This course provides an introduction to petrology and will aim to provide an understanding of the compositional variation of the Earth and other terrestrial planets. Topics include:
- rocks, minerals & the rock cycle;
- nucleosynthesis in the early universe;
- meteorites & planetary differentiation;
- crystals and crystal growth;
- silicate melts;
- plutons & plutonic rocks;
- volcano architecture & eruptions;
- lavas;
- pyroclastic rocks;
- sandstones;
- ores & ore minerals;
- limestones & evaporites;
- metamorphic rocks.
| Title | From Petrology to Petrogenesis |
| UG Code |
GEOL1002 |
| Coordinator |
Dr. Adrian Jones |
| Other Contributors | |
| Term |
2 |
| Credit | 0.5 CU |
| Written Exam | 50% (2 hrs unseen) |
| Coursework |
50% (Field notebooks and exercises) |
| Pre-Requisites |
2 sciences at A-level, with a preference for one of them being chemistry. |
| Maths & Stats Content and Requirement | |
| Total Number of Hours of Student Work | 188 hours |
| Hours of Lectures/Seminars | 20 hours |
| Hours of Practicals/Problem Classes | 20 hours |
| Hours of Tutorials | 0 |
| Days of Fieldwork |
5 days |
| Other | None |
|
Annual Monitoring |
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| Categorizing Student Performance Levels |
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UCL Earth Sciences · Gower Street London WC1E 6BT · +44 (0)20 7679 2363
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