This module uses lecture and practical classes to study the structural and geodynamic effects associated with continental tectonics. Extensional, compressional, inversion, wrench/strikeslip regimes are studied at both regional and local scales. The first part of the course explains the structural styles exhibited in each of these regimes. In addition, the analysis of a variety of geological and geophysical data during practical classes provides an understanding of the formation and evolution of geological features such as extensional sedimentary basins and mountain belt-foreland basin couplets. Extensional and inversion tectonics are also illustrated during a field weekend in SW England. The geodynamic component of the course concentrates upon explaining the fundamental processes that occur within the lithosphere during continental tectonics. Emphasis is placed upon mechanical, thermal, rheological and isostatic controls upon basin formation. The practical element of this part of the course provides an introduction to the numerical and computer modelling
of geological processes. The course is delivered via 2 one-hour lectures & 3 hour practical class per week
- Knowledge and critical understanding of the large-scale tectonic evolution of geological features occurring in extensional, compressional, inversion and wrench continental tectonic regimes.
- In-depth understanding of the structural geology of sedimentary basins in a variety of tectonic settings using geological maps and seismic reflection profiles.
- Knowledge and understanding of the concepts, informed by research at the forefront of the discipline, behind the mechanical, thermal, rheological and isostatic behaviour of the continental lithosphere during continental tectonics.
- Further development of subject-specific skills in seismic reflection interpretation, structural interpretation of geological maps and cross-sections, collection and analysis of structural data in the field, aerial photograph mapping and the numerical/computer modelling of geological processes.
- Further development of transferable skills in the use of the computing techniques for the numerical modelling of geological processes.
- 20 hours lectures
- 30 hours practical classes
- 20 hours fieldwork
- 80 hours private study/completion of assignments
This document is the definitive current source of information about this module and supersedes any other information.