GEOL2367: Structural Geology

• GEOL1101 Understanding Earth Sciences and GEOL1051 Field Studies.

• None.

• None.

• To understand the description and analysis of deformation structures, processes and systems in the Earth, including the relationship between tectonics and surface processes.

• Measurement and analysis of deformation structures in the field.
• Stress and faulting - hydraulic fracture and fluid flow in faults/fracture systems.
• Strain - ellipsoids and volume change.
• Material lines - coaxial vs non-coaxial strain.
• Stereonets.
• Fault rocks and shear sense indicators.
• Crustal deformation and rheology.

Subject-specific Knowledge:

• To systematically describe and critically assess the main characteristics of natural deformation systems.
• To relate natural structures to causative tectonic processes.

Subject-specific Skills:

• Will have acquired intellectual and practical skills in order to apply structural geological principles and methodologies to the solution of familiar and unfamiliar problems.
• Will have acquired intellectual and practical skills to analyse, evaluate/interpret structural geological data.

Key Skills:

• To develop spatial awareness skills to facilitate three- and four-dimensional thinking and analysis.
• Prepare, process, interpret and present data using appropriate qualitative and quantitative techniques and software packages.
• To appreciate how knowledge and techniques gained during the course can have industrial application, e.g. during hydrocarbon or mineral exploration, and hence raise students awareness of relevant employment opportunities within these sectors.
• Critical analysis of real datasets.
• Developing research capability.
• Engaging in scholarly activities and developing practical competency.
• Independent learning.
• Developing IT and information skills.
• Effectively communicating complex ideas.
• Creativity and problem solving.
• Time management.

• The module is delivered through a mix of one-hour lectures and two-hour practicals, supported by handouts and web-based background reading and other materials held on ULTRA.
• Assessments, lectures and practicals include research-led, research-based and research-oriented material. Research-led material includes relevant examples from around the world and will introduce students to relevant scientific articles in international, peer review journals.
• The practicals form an important component of the module allowing hands-on learning and experience of tackling and solving structural problems that help re-enforce key concepts introduced during lectures.
• Summative assessment is 100% based on a 1-hour written examination.
• Formative assessment is provided in practical classes including self-assessed tests and revision sessions. Feedback is also provided via modal answers posted on ULTRA.
• Guidance on preparation and key skills are provided.

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