GG3069: Climate and Weather Systems

Tutor: Dr. D.I. Benn

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Course Outline


This course covers the workings of the earth's atmosphere at a range of scales, from small-scale processes operating within clouds, up to regional and global circulation systems. Each lecture begins with explanation of a basic set of principles that operate in the atmosphere (such as energy transfer, or the forces acting on winds), then uses those principles to explain  atmospheric phenomena, such as thunderstorms or tropical cyclones. Although the promary emphasis is on explanation, lectures also include a wide range of illustrative material (satellite images, photographs, and videos) to bring the subject to life.  In-class demonstrations of physical processes are included wherever possible, to make the physics more accessible. Although no prior knowledge of physics is required, you will need to think through the course material to make sure you undrtand the material on a more than superficial level.

Questions and answers

If you have questions about any aspect of the course, email me at doug@st-and.ac.uk

I will send the reply to the whole class, but without revealing the identity of who asked the question.

Assessment

Assessment will be by examination (67%) and assignment (33%). For the assignment, students may choose between a review essay and a project report based on the Aultguish field trip.

Essays should be 3,000 - 4,000 words in length, on any aspect of the atmosphere. Students must agree their topic with Dr Benn before beginning work.

Essay Deadline: Friday 2nd May, 5.00 pm

Suggested essay topics are as follows:

(1) Discuss the influence of the Himalayas and Tibetan Plateau on weather and climate in Asia.
(2) Examine the causes and effects of El Niño-Southern Oscillation, with particular reference to the 1997-1998 El Niño event.
(3) Examine the ways in which vegetation interacts with the atmosphere to create distinctive microclimates.
(4) How has climate change affected human history?
 
 

Lecture notes

Full lecture notes for the course can be found by clicking the highlighted text below.