Ïã¸ÛÁùºÏ²Ê

The module introduces the key concepts and applications of geomorphology, with particular reference to understanding the role of different drivers and forces in the operation of specific processes that have generate or shape landforms and landscapes. The course builds upon the basic understanding of earth systems and environmental change acquired during the first year and facilitates a deeper appreciation of the conceptual and technical challenges involved in understanding how landform morphology evolves at various time and space scales.

The course covers:

- A brief history of geomorphology, showing how it has emerged from geological origins as a distinct geoscience discipline.

- Key concepts related to the analysis of landform morphology and the understanding of temporal and spatial scales of landform change (including computer practicals).

- Processes of sediment entrainment, transport and deposition, illustrated in the context of hillslope, aeolian, fluvial and coastal landforms.

- The concept of morphodynamics.

- Linking fine-scale sedimentary processes to larger-scale landform evolution using landscape evolution models (including a computer-based practical).

The course is delivered through an integrated suite of lectures, videos, reading, and computer-based practicals. The assessed work draws from analyses conducted through computer-based practicals that cover historical landform change and landscape evolution over longer timescales. These are used to illustrate key concepts in morphometry, landform change, visualisation of digital morphology, and modelling of landform evolution. This is supported by online material including detailed computer practical guidance, data, some of the less accessible research articles, annotated reading lists, and links to sites of interest.

A background or strong interest in physical geography/environmental science is essential. The course complements other physical geography modules: GEOG0017 Physical Geography Field Research, GEOG0020 Ecological Patterns and Processes, GEOG0021 Reconstructing Past Environments, GEOG0026 Surface and Groundwater Hydrology, GEOG0027 Environmental Remote Sensing.

The module delivers a range of core and transferable skills:

- Critical thinking in the evaluation of data and ideas

- Problem-solving

- GIS (experience with the leading open-source software QGIS)

- Statistical analysis (calculating uncertainty metrics)

- Scientific computing (experience with python code using Jupyter-Lab)

- Numerical modelling (landscape evolution modelling)

- Time management (organisation and planning of work)

- Teamwork (assessed presentations are undertaken as small groups)