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Hazard evaluation and disaster management strategies for tectonic, hydrologic and ground-failure hazards; case studies.
This course introduces students to the general principles governing landform evolution in response to tectonic, mass movement, fluvial, glacial, base level change and other processes, so that the relevant geomorphic history and future of a site can be deduced and constraints on sustainable development inferred. Course ContentThe course content will include:- An introduction to methods of understanding the form of landscapes as systems; in terms of the combinations of processes that formed them, and the constraints on the operation of these processes;- Examples of landform analysis; field exercises;- Inferring the history of a landscape – dating methods;- Effects of human modification of landscapes;- Implications for future human use of sites.
Students successfully completing this course will:Have a basic understanding of the drivers of and constraints on landform evolution.Be able to analyse the present geomorphology of a site and deduce its geomorphic history.Be able to infer the likely geomorphic future of the siteBe able to report on the likely practical implications of future geomorphic activity at the site
Subject to approval of the Head of Department.
Field exercise 12/13 August 2006This will involve mapping an active geomorphic site in Canterbury, and associated data interpretation and analyses. There is a field trip levy of $35 per student.Case study review To be advised.
For further information see Civil and Environmental Engineering Head of Department
Domestic fee $498.00
International fee $2,225.00
* All fees are inclusive of NZ GST or any equivalent overseas tax, and do not include any programme level discount or additional course-related expenses.
For further information see Civil and Environmental Engineering .