ESC-20029
Practical Physical
Geography
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Aim & Intended Learning Outcomes
This module provides a comprehensive introduction to a variety of specialist field, laboratory and computerbased techniques of particular relevance to physical geography. It builds upon core concepts and techniques
introduced in the level 1 practical programme whilst providing a portfolio of skills applicable to level 3
independent research projects. Training and first-hand experience is provided in the practical classes, which
are supplemented by a seminar programme that highlights the real-world applications of the techniques
through in-class discussion and directed reading. In both sessions, particular emphasis is made on the
development of key employability skills and their relevance to careers pathways open to geography graduates.
Upon successful completion of the course, you will be able to:
 Use a range of specialised field, laboratory and computer-based techniques and approaches associated with
the collection, analysis and presentation of geographical information.
 Evaluate the applicability of a variety of specialist techniques and approaches to a range of relevant
research topics and careers pathways.
 Apply the techniques in a problem-solving context and report results in a formal written communication.
 Demonstrate the ability to critically analyse, interpret and evaluate research findings reported within
journal literature.
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Module Structure
2.1 Practical Sessions
The principal component of this module is a series of practical sessions that provides instruction and hands-on
experience of a range of core techniques frequently employed within both pure and applied physical geography
research. The practical sessions are based around two key exercises:

Environmental Baseline Survey: This guided research project runs from weeks 2-8 and involves the
collection, analysis, interpretation, assimilation and presentation of a broad range of data
(geomorphological, sedimentological, hydrological and geochemical). This project has been specifically
designed to simulate the type of work involved in environmental consultancy, one of the principal career
opportunities for geography graduates.

Geographical Information Systems: The second exercise runs from weeks 9-12 and involves the handson use of ArcGIS (the industry standard GIS package) to address a problem-based scenario relevant to
physical geography. Once again, a working knowledge of the use and application of GIS software is of value
to numerous careers.
2.2 Seminars
In addition to the practical sessions, the module also involves a series of seminars that are designed to illustrate
the "real world" applications of the techniques introduced in the practicals via a series of literature-based case
studies. They are also intended to provide a forum for small-group contact with the physical geography staff in
which journal literature can be examined in detail, thereby increasing your ability and confidence to use these
key sources in your studies more generally.
ESC-20029: Practical Physical Geography Module Information
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Assessment
The assessment for this module comprises a series of coursework assignments. There is no end-of-semester
exam.
Assignment 1: Environmental Baseline Survey portfolio
The first assignment involves the completion of both a group report that combines all the exercises completed
during weeks 2-8 as part of the Environmental Baseline Survey, as well as an individual personal reflection.
Assignment 2: GIS assessment
The second assignment relates to the GIS practicals in weeks 9-12 and comprises a single mark based upon
weekly worksheets and the completion of a coursework portfolio.
Assignment 3: Guided Personal Reflections
A Guided Personal Reflection will need to be completed for each seminar. These will relate to the directed
reading and associated in-class discussions.
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Learning Resources
The following books cover some of the techniques utilised within the module.
Evans, D.J.A. & Benn, D.I. 2004. A Practical Guide to the Study of Glacial Sediments. Arnold, London.
Dackombe, R.V. & Gardiner, V. 1983. Geomorphological field manual. Allen & Unwin, London.
Goudie, A. (Ed) 1994. Geomorphological Techniques. Routledge, London.
Heywood, I., Cornelius, S. & Carver, S. 2002. An Introduction to Geographical Information Systems. Prentice Hall,
Harlow.
Hubbard, B. & Glasser, N. 2005. Field Techniques in Glaciology and Glacial Geomorphology. Wiley, Chichester.
Jones, A., Duck, R., Reed, R. & Wyers, J. 2000. Practical Skills in Environmental Science. Prentice Hall, London.
Ritchie, W., et al. 1988. Surveying and Field Mapping For Field Scientists. Longman, London.
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