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Syllabus

·    Meeting Times

·    Course Description

·    Prerequisites

·    Goals of the Course

·    Required Textbook

·    Course Requirements

·    Grading Policy

·    How to Do Well

 

Schedule

 

Assignments/Quizzes

 

Reading Material

Extra Credit

Projects

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ATM S 211: Spring Quarter 2008
Climate and Climate Change

Syllabus

PDF Version of the Syllabus

 

Class Meeting Times and Locations

Lectures: Monday – Thursday,                10:30-11:20 in JHN 075
Discussion Section A:  Friday,                 10:30-11:20 in JHN 175
Discussion Section B:  Friday,                 11:30-12:20 in JHN 175

 

Instructor:  Prof. Qiang Fu
Email:   qfu@atmos.washington.edu
Phone:  (206) 685-2070
Office:   ATG 308

Office hours:  Monday 12:30 to 1:30 or by appointment

 

Teaching Assistant:  Paul Hezel
Email:   phezel@atmos.washington.edu
Phone:  (206) 543-7643
Office:   ATG 511

Office hours:  Tuesday 1:30 to 2:30, Thursday 1:30 to 2:30, or by appointment

 

Course Description

This is an introductory course for nonscience majors on climate and climate change. The class will be divided in three parts:

 

  • Climate of the present:  We will examine the nature of the global climate system and the main processes controlling climate. Topics covered will include the basic atmospheric composition and structure, solar and terrestrial radiation, the global energy balance, atmospheric circulation, the role of oceans in climate, and the carbon cycle.

 

  • Climate of the past: In this part of the class we will discuss how climate has changed in the past on timescales ranging from billions of years to thousands of years.

 

  • Global change: Is the Earth getting warmer? Why? How will climate change over the next 100 years? Should we be concerned? We will look at some of the current major environmental concerns.

 

Goals of the Course

Acquire a basic understanding of

 

  • The Earth’s climate-how it works, how it has changed in the past
  • The potential for future climate change

 

Develop skill in

 

  • Critical thinking on environmental/scientific issues
  • Applications of basic math, physics, and chemistry

 

Prerequisites

None. Open to all undergraduates. A working knowledge of high-school algebra and physical science will be useful; however, the basic tools necessary for this course will be reviewed and practiced in class and during discussion sections.

 

Required Textbook

"The Earth System" (2nd Edition) by Lee R. Kump, James F. Kasting, and Robert C. Crane, Prentice Hall, 2004. The lectures will largely follow the textbook material. Each week the students will be required to read material of direct relevance to the class.

 

Course Requirements

 

  • Attendance on Mon-Thurs is essential and required.  A significant fraction of the grade (15%) comes from in-class activities.  These activities are unscheduled and occur throughout the quarter (e.g., about 5-10 quizzes will be given without prior notice).

 

  • Friday discussions/review/tutorial sessions are designed to be useful to all students and should be attended.

 

  • Homework assignments will be assigned regularly during the quarter.  Assignments are due in class at 10:30 am on the day indicated (11:30 am for Section B on Friday).  Late homework will be penalized 10% per school day.  Homework handed in more than 3 days late will receive no credit.  Note: Homework turned in after 10:30 am (11:30 am for Section B on Friday) but before 5:00 pm on the day assigned will receive a 10% penalty.

 

  • There will be two midterms and one final exam.  Note: Makeup exams will only be given in extreme cases and with advance notification to the instructor.

 

  • Students will be expected to work in groups of 2 on research projects and present their work in posters. The instructor and TA will suggest some topics before the second week of class.  Each person in the group must pursue a separate facet of the topic. The poster symposium will be held on June 3 & 4.  The research projects are an opportunity to learn about a climate-related topic in more depth and to share your knowledge with your classmates, instructor and TA.  Further information on this project will be available later.

 

  • Students who choose to take this course to fulfill their W credit will have to write a 10-page paper on the topic of their poster.

 

  • Extra credit can be earned by attending suggested lectures/seminars on climate-related topics and writing up brief reports.

 

Grading Policy

Grades will be apportioned as follows:

 

With writing credit

Without writing credit

Report project:

15%

20%

Writing paper:

10%

n/a

Homework:

20%

25%

In-class activities:

15%

15%

Midterm:

20%

20%

Final exam:

20%

20%

Extra credit:

Up to 10%

Up to 10%

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How to Do Well

  • Keeping up with reading assignments, taking good lecture notes, and reviewing them are important for your success in this class.
  • Whenever you have a question, please ask!  Stop me in lecture, stop me after lecture, come by office hours, post your question to the discussion page, or do all of the above.
  • Come to the class!