The course will be separated into two sections based around the following topics –
In the first portion of the course details of the theory of atmospheric dynamics will be given. The basis of geophysical fluid dynamics lies in the principles of momentum, mass and energy conservation. These fundamentals are then used to explain synoptic scale weather patterns, such as fronts and cyclones in some detail. This section then goes onto talk about atmospheric wave motions in some detail.
The second portion of this lecture series will deal with aeronomy of the atmosphere, the interaction of solar radiation with atmospheric gases, ozone processes and the production of the ionosphere.
It should be noted that the physical mechanisms important for these two topics are quite separate and thus the content of the two portions of the course should not overlap. The physics described in PHYS312 is NOT of particular relevance to the first part of the course and PHYS316 is only of limited relevance to the second portion of the course.
The main aims of the course are to describe how physics can be used to examine and understand the atmosphere.
The final grade for the course will depend on -
Assignments (40%)
Final Examination (60%)
Two assignments will be given in Term 3 and two in Term 3. The final examination will test the course material taught throughout the course.
Useful links for PHYS418
Contact details
Email:adrian.mcdonald@cantebury.ac.nz
Telephone extension:6281
Room: 822, Rutherford Building