Semester One, 18 points
Lectures: Monday & Tuesday: 10am – 10.50am
Labs: either Monday, Tuesday or Wednesday: 2pm - 4.50pm
Course Coordinator: Professor Nicolas Cullen – firstname.lastname@example.org
The purpose of this course is to build on the fundamental principles related to weather and climate that students are introduced to in GEOG 101. In this course the fundamental processes controlling our atmosphere and weather are initially examined, which provides a platform to examine in detail climate change in the present and future. All topics, including the detailed study of weather systems and climate change, are described in a New Zealand weather and climate context.
Principles of meteorology, with particular reference to weather systems; climate variability and change; projected future trends; climate change policy; laboratories as required.
The field of atmospheric sciences covers a broad range of subjects related to the
properties and processes of the Earth's atmosphere. Their focus varies, ranging from
the surface to the upper layers of the atmosphere. Not only is there an interest in
the fundamental properties of the atmosphere, but also in the interactions of the
atmosphere with the Earth's surface, as well as how the atmosphere affects human activities.
More recently, there has also been a much greater awareness of the need to better
understand the extent to which human activities have modified atmospheric processes
and phenomena in the context of climate variability and change.
In this paper the fundamental processes controlling our atmosphere and weather are initially examined, which provides a platform to examine in detail climate change in the present and future. All topics, including the detailed study of weather systems and climate change, are described in a New Zealand weather and climate context.
|Paper title||Climate Change: Present and Future|
|Teaching period||Semester 1 (On campus)|
|Domestic Tuition Fees (NZD)||$1,141.35|
|International Tuition Fees||Tuition Fees for international students are elsewhere on this website.|
- GEOG 101
- GEOG 388
- Schedule C
- Arts and Music, Science
- The content of the paper assumes that students have undertaken at least one introductory paper in Physical Geography or a related subject.
- More information link
- View further information about GEOG 282
- Teaching staff
Course Coordinator: Associate Professor Nicolas Cullen
- Paper Structure
The course is structured in such a way that the specific topics described above are by and large investigated in 3 lecture blocks:
- Firstly, a theoretical description of the processes responsible for motion and weather in the atmosphere is given, which includes principles of divergence, convergence and vorticity.
- Secondly, knowledge obtained in the first lecture block is used to better understand weather systems that affect New Zealand. A detailed assessment of one week’s weather using synoptic charts and other meteorological data sets is required.
- Thirdly, an assessment of climate change in New Zealand and elsewhere and policy to respond to observed climate variability is made.
- Teaching Arrangements
2 lectures per week and 7 x 3 hour laboratories scheduled over the 13 weeks of semester.
Required: Sturman, A. and Tapper, N. (2006), The Weather and Climate of Australia and New Zealand. Second Edition, Oxford University Press, Melbourne.
- Graduate Attributes Emphasised
- Global perspective, Interdisciplinary perspective, Lifelong learning, Environmental
View more information about Otago's graduate attributes.
- Learning Outcomes
On completion of this paper students should be able to:
- Understand the atmospheric processes responsible for controlling the generation and decay of weather systems
- Identify factors that are important in controlling day-to-day weather changes using a range of atmospheric data products
- Appreciate the critical issues related to climate change confronting New Zealand and elsewhere, and understand the importance of global citizenship to tackle the problems associated with climate change
- Critically assess the interconnections between the atmosphere and other components of the physical environment