Synoptic Climatology Seminar

Geog 696C Physical Geography, Spring 2002
Time: Wednesdays, 12:00-2:30 p.m., Harvill 435D
Credit: 3 units
Instructor: Andrew Comrie (comrie@geog.arizona.edu)
Web: http://geog.arizona.edu/~comrie

Overview  ||  Grades & Policies  ||  Class Schedule & Readings  ||  Links

Overview
How do patterns of weather and climate at Earth’s surface relate to atmospheric processes? For much of the globe, atmospheric circulation observed at the synoptic scale is the dominant feature of regional and local climates. The field of synoptic climatology seeks to analyze and explain relationships between surface climate conditions and atmospheric circulation processes.

A large set of multivariate and related analysis techniques have been developed within synoptic climatology in recent decades. This research seminar systematically examines the theoretical and applied aspects of these methodological techniques comprising the synoptic climatological “toolbox,” including their historical development as well as new techniques.

The seminar format will be based around weekly meetings and will include readings, discussions, example analyses, and individual or group research papers. A tentative outline of topics is listed in the class schedule below. Note that we will likely spend two weeks on some of the topics.

Grades & Policies
25% In-class activities (presentations, discussions, reading summaries, participation, etc.)
75% Written assignments (weekly and/or term paper, with content, format, etc. TBD with instructor)

Absence/attendance, withdrawal, honesty and other policies as per the UA General Catalog.

Work submitted late may be subject to penalties.

Class Schedule
Tentative for now, and almost certain to change. Weekly links to readings, assignments, and possible visiting speakers will be added as the semester progresses. There will be visiting speakers on some days, and additional assignments for days when I am out of town.
Jan 9 Introductory Meeting
Jan 16 What is Synoptic Climatology?
Jan 23
Compositing
Jan 30
Indexing
Feb 6
Manual Methods
Feb 13
Correlation Methods
Feb 20
Eigenvector Methods
Feb 27
Regionalization
Mar 6
No Class - PACLIM
Mar 13
No Class - Spring Break
Mar 20
No Class - AAG
Mar 27
Neural Techniques (Self Organizing Maps)
Apr 3
Developments (incl. Downscaling) and GrADS
Apr 10
Miscellaneous Techniques
Apr 17
Assessing Error/Accuracy
Apr 24
Projects & Presentations
May 1
Projects & Presentations

Links