Climate and Society: Case Studies

Syllabus - Fall 2008

Updated August 7, 2008

Registration

You can register for this course online or by phone. The course consists of three credits and does not have a related lab section.

Prerequisites

There are no official prerequisite courses needed to take this class. The lectures and content are designed for first- and second-year undergraduates with entry-level skills in physical sciences, mathematics, social studies, and economics. All of what you are expected to know and learn in this class can be derived from the lectures and readings.

Course Requirements

Lectures
Lectures meet from 4:10-5:25 PM, Tuesday, Thursday in 702 Hamilton. Attendance is taken and counts toward final grade.

Homework
There will be eight homework assignments for the semester. The highest six homework grades will be used to calculate your overall homework grade. Note that homework must be your own work always; evidence to the contrary will result in a zero entered for your entire semster homework grade

Textbooks and readings
There are no official textbooks to purchase. Supplemental reading materials will be distributed on line as PDFs or in class.

Some key texts for the class and for your projects:

Intergovernmental Panel on Climate Change, 4th Assessment Report (IPCC-AR4, 2007)

Summary, Chapters 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, FAQs

National Academy of Sciences, National Research Council: Abrupt Climate Change - Inevitable Surprises (NAS-NRC, 2003)

Front Matter, Summary, Chapters 1, 2, 3, 4, 5, 6, Color Plates

Projects
There is one term project for this course, which will be a group web poster. This project is designed to have students research, organize, construct, and present scientific format web poster project that addresses the main science and society theme of this course. Students will be given a hand out which outlines the scope of the project, how to research and select suitable topics, and how the presentation should be formatted. Students are expected to organize themselves into small teams of 2-4 to develop an implementation plan for constructing the web poster. The final posters will be printed out and students will make their project presentations on the last day of class.

Tests
There will be one 1h15m midterm exam and one two-hour final exam. The tests will be comprised of a mixture of multiple choice and short-answer questions. Material from the lectures, labs, and required readings (both on-line and handouts) will be covered on exams. The final exam will emphasize material covered since the second midterm, but will also involve concepts studied before the midterm. Students will be given handouts which define the evaluation criteria for the final poster project.


Grading

The final grade for the class is determined using the following weights:

Midterm exam grade 20%
Final exam grade 30%
Project proposal 5%
Final project grade 25%
Attendance 5%
Homework grades 15%

How did students do in previous years? Have a look..

Lead Professsor :

Prof. Peter B. deMenocal

Professor

Dept. of Earth and Environmental Science

peter@ldeo.columbia.edu

 

Guest Professors:

Prof. Klaus Lackner (Dept. of Earth and Environmental Engineering)

Prof. Geoff Heal, CU - Business School

gmh1@columbia.edu

Prof. John Mutter, Dept. of Earth and Environmental Sciences

 

TAs and Support

Ben Costanza, Teaching assistant

Elena Steponaitis , Teaching assistant

Linda Pistolesi, Webmaster and Coordinator

Office Hours


The TAs and I are available for your questions. We will set up formal office hours in the beginning of the semester. We are also always available for questions by phone or by email.