The tectonic and magmatic evolution of Earth is explored and synthesised through the integration of diverse geological, geochemical, and geophysical approaches, providing context for the current composition, structure, and landscape of our planet. The range of magmatic, tectonic, and geodynamic conditions that influence the form, structure, and long-term climate of the Earth are also considered.
The course will undertake blended learning with digital resources supporting studio-style classes with an emphasis on hands-on learning and discussion. Students will engage with seminal literature and undertake analytical, numerical, geospatial, writing, and presentation tasks to reinforce key concepts and develop practical skills. This course focuses on fundamental science that could underpin development in any facet of the earth sciences but is also of direct relevance to postgraduate courses and careers in volcanology, tectonics, natural hazards, energy, and resources.
This course assumes some background in earth science, geophysics, or similar.