Semester One, 20 points
Lectures: Tuesday: 10am – 11.50am
Course Lecturer: Professor Sean Fitzsimons – firstname.lastname@example.org
The focus of this course is on understanding the development of mountains. This focus draws us into analyzing the interactions between tectonic processes that build topography and erosion processes that destroy topography. Our location in the South Island of New Zealand places us in a landscape driven by the interaction between the Pacific and Australian tectonic plates and the intense westerly circulation system. The results of this interaction are a cascade of processes characteristed by rock uplift rates and erosion rates that are amongst the highest on Earth. By the end of this course you will have a detailed knowledge and understanding of these landscape development processes and you will be able to account for why the rates of landscape change are so high.
If you choose to study Alpine Geomorphology at the University of Otago you will undertake a programme of directed reading, a three or four day field school in a mountain landscape, laboratory work on the analysis of data collected in the field, present a seminar to the class and undertake a take-home examination.
During the field school you will learn about how mountain landscape development can be reconstructed from lake sediments, which will involve mapping landforms, coring lake sediments and using geophysical survey equipment. Related laboratory work will introduce you to particle size analysis of fine sediments using a laser diffraction particle size analyser and an elemental analyser to determine the Carbon and Nitrogen composition of the sediments.
Earth surface processes and resultant landforms in high altitude and high latitude areas.
|Paper title||Alpine Geomorphology|
|Teaching period||First Semester|
|Domestic Tuition Fees (NZD)||$1,333.93|
|International Tuition Fees (NZD)||$5,793.66|
The content of this paper assumes that students will have completed an undergraduate degree in Geography, Earth Science or Geology
Please contact Professor Sean Fitzsimons for information on the recommended background for this paper
- More information link
- View further information about GEOG 454
- Teaching staff
Course Co-ordinator: Professor Sean Fitzsimons
- Paper Structure
- Mountain geomorphology
- Alpine sediment transfer
- Lake sedimentary processes
- lluvial fans
- Each student will complete a seminar on an assigned topic and will submit a written paper based on the seminar.
- Mapping landforms
- Environmental monitoring using a variety of techniques
- Coring and geophysical survey of lakes
- Application of understanding geomorphology to environmental management issues
In 2020 the field school will be based in South Westland in the week beginning April 20th.
The field school will involve:
- Making observations on the impacts of seismic and storm-driven landscape disturbance
- Understanding the imprint of glaciation on the landscape of south Westland
- Undertaking an erosion assessment of tracks and roads for tourist access
- Learning how landscape change is embedded in lake sediments
- Making an evaluation of the hazards posed by episodic seismic shaking and storm events in south Westland
This paper is 100% internally assessed.
- Teaching Arrangements
1 x 2 hour lecture per week
- Text books are not required for this paper, but Bierman and Montgomery (2013) Key Concepts in Geomorphology is a useful resource. (Available on close reserve in the Science Library)
- Graduate Attributes Emphasised
- Interdisciplinary perspective, Communication, Teamwork.
View more information about Otago's graduate attributes.
- Learning Outcomes
- Understanding of the complex nature of interactions between tectonic and surface processes
- Understanding how mountain development is driven by tectonic and climatic processes
- Knowledge and understanding of the erosion, transportation and deposition processes in an alpine setting
- An understanding of how lake sediments can be used to reconstruct landscape change
- An advanced ability to undertake research in the primary literature and write coherent and convincing arguments from that literature
- An advanced ability to integrate field and laboratory evidence of landscape change