The course is designed to provide a critical review of current theories of climate and its variability. Each student will be expected to lead a class discussion of literature on 2-3 of the topics listed. Following a lecture on the topic of the day, the second hour will be student reports on a related paper. Topics will be selected at least 1 week ahead. It will be assumed that registered students have had undergraduate courses, and at least one graduate class, in climatology/meteorology, or a closely related field. |
Students will be expected to maintain a regular weekly reading schedule of journal articles to contribute to group discussions. The course grade will be based on two review/research papers on approved topics - one due October 28, the second on December 17. |
| Topics | |
| Aug 24 | Introduction: the climate system and its variability; sources of evidence. |
| Aug 31 - Sep 20 | Time/Space characteristics of climate change. (Pre-Quaternary, Quaternary, Historical, Observational) |
| Sep 27 | Physical parameters of the climate system |
| Oct 5 | Atmospheric energy budget and general circulation diagnostics (overview) |
| Oct 12 | Solar variability |
| Oct 19 | Astronomical forcing |
| Oct 25 | Climate Models. T. Chase* |
| Nov 2 | Atmospheric composition (greenhouse gases) |
| Nov 9 | Atmospheric composition (aerosols) |
| Nov 16 | Climate feedback: radiation/clouds, water-vapor. |
| Nov 23 | Climate feedback: cryosphere |
| Nov 30 | Climate feedback: oceans and bio-/geosphere |
| Dec 7 | Presentations of student papers. |
Text: K.D. Alverson etal. 2003. Paleoclimate Global Change and the Future (Springer). Reference texts will be placed on reserve in the Earth Library. Class notes and references to material in the current literature will be provided for each topic via the class web page (Geog 5961).
Printable copies in both Sylabus Word Doc and Sylabus Adobe PDF