GG 100: INTRODUCTION TO ENVIRONMENTAL SCIENCE

Course Information - Spring 2004

Instructor:

Robert K. Kaufmann

Associate Professor, Department of Geography

Office: STO 141

Office Hours: Tuesday and Thursday, 3:30-4:30, M,F 1:00-2:00, or by appointment.

Contact Information: Kaufmann@bu.edu 353-3940

Teaching

Fellows:

James Baldwin jbaldwin@bu.edu

Karen Cardinal cardinal@bu.edu

Readings for

Lecture:

Cutler J. Cleveland and Robert K. Kaufmann. The Global Environment: An Integrated Systems Approach. This is available at Barnes & Noble.

Readings for

Discussion Section:

Theodore Goldfarb. Taking Sides: Clashing Views on Controversial Environmental Issues (Dushkin Publishing, 1995, 6th edition).

Course Objectives:

The purpose of this course is to acquaint you with the physical, ecological, social, and political principles of environmental science, and how the scientific method is used to analyze and understand the relation between humans and the natural environment. In particular, we focus on how ecological realities and human desires to increase their material standard of living often clash, leading to phenomena we call environmental degradation. It is not the purpose of this course to teach environmental activism, however worthy you think that is. The purpose of the course is to give you an analytical framework and a set of concepts that you can use to judge environmental issues, to guide your own life, and our responsibility to future generations.

   

Grading:

Grades are based on four in-class exams (75%), your discussion section grade (20%), which is determined by your participation in discussion, assignments, and in-class quizzes, and in class electronic queries (5%). Three in-class term exams are given during the term. The fourth is given during the final exam session. All exams count equally in figuring your final grade, except that the lowest of the four scores will be dropped. The exams cover lecture material and all the assigned readings. Exams from previous years will be put on this web site. The final exam is on Wednesday, May 5, from 9:00 to 11:00 A.M. After your grade has been calculated, I reserve the right to move your grade up (or down) by a single step based on your attendance and participation in class

   

Absence from tests:

If you are absent from an exam, you receive a grade of zero. In accordance with the low-score drop policy described above, you may decide to cut one of the exams and accept that zero as your lowest grade, which will be dropped. If you are sick for an exam, you may submit a written excuse from Student Health Services (or a physician), and you will be given an oral exam by Professor Kaufmann on the material covered by the exam that you missed.

   

Academic Honesty:

Plagiarism, cheating on exams, submitting the same work for more than one course, deliberately impeding the academic performance of others and other forms of academic misconduct are serious offenses. I take them very seriously and I expect my students to do likewise. You should read the CAS Academic Conduct Code for further information about specific definitions, procedures, sanctions, etc. Copies of the Code are available in CAS 105.  I am required to refer cases of suspected academic misconduct to the CAS Dean's Office. I assign a "0" or "F" to any assignment that was judged by the Dean (after a hearing in front of a faculty/student Academic Conduct panel) to be a violation of the Academic Conduct Code.

DATE

TOPIC

READING

         

T

Jan.

13

Overview/Does Easter Island Foreshadow the Future?

Chapter 1

R

Jan.

15

The Fundamentals of Matter and Energy

Chapter 2

T

Jan.

20

Systems: How They Use Energy and Materials

Chapter 3

R

Jan.

22

The Physical Systems of Planet Earth

Chapter 4

T

Jan.

27

How Ecosystems Work: The Flow of Energy

Chapter 5

R

Jan.

29

How Ecosystems Work: The Flow of Energy

Chapter 5

T

Feb.

3

How Ecosystems Work: The Flow of Materials

Chapter 6

R

Feb.

5

How Ecosystems Work: The Flow of Materials

Chapter 6

T

Feb.

10

The Distribution of Organisms and Ecosystems

Chapter 7

R

Feb.

12

Exam I

 

T

Feb..

17

No Class--Substitute Monday Schedule of Classes

 

R

Feb.

19

The Response of Ecosystems to Disturbance

Chapter 8

T

Feb.

24

Carrying Capacity

Chapter 9

R

Feb.

26

The Link Between Environmental and Economic Systems

Chapter 10

T

Mar.

2

The Root Causes: Population, Affluence, and Technology

Chapter 11

R

Mar.

4

The Root Causes: Population, Affluence, and Technology

Chapter 11

T

Mar.

9

No ClassÑSpring Recess

 

R

Mar.

11

No ClassÑSpring Recess

 

T

Mar.

16

Biodiversity

Chapter 12

R

Mar.

18

Global Climate Change

Chapter 13

T

Mar.

23

Global Climate Change

Chapter 13

R

Mar.

25

Exam II

 

T

Mar.

30

The Thinning of the Ozone Layer

Chapter 14

R

April.

1

Soils

Capter 15

T

April.

6

Agroecosystems and Food Production

Chapter 16

R

April.

8

Forests: The Shadow of Civilization

Chapter 17

T

April.

13

Freshwater Resources

Chapter 19

R

April

15

Fossil Fuels

Chapter 20

T

April

20

Nuclear Power

Chapter 21

R

April

22

Renewable Energy & Conservation

Chapter 22

T

April

27

TBA

TBA

R

May

1

EXAM III

 
         

The final exam is on Wednesday May 5 from 9:00 to 11:00 A.M.