Dr. Ron Kaufmann |
Office: Shiley Center 274; x5904; kaufmann@sandiego.edu or rkaufmann@gmail.com |
Office Hours: Monday 1:30-2:30, Tuesday 2:30-5:00, Friday 12:30-2:00, or by appointment |
WEEK | TOPICS | LECTURES | READINGS |
Sep 6 |
Introduction/Environmental Crisis? |
Easton (xxiii-xxxvi), Easton 11th ed. (110-123) |
|
Sep 11 Sep 13 |
Environmental
Crisis? Population |
Sep
11 Sep 13 |
Gerdes (2009) (11-34) Balkin (18-44) |
Sep 18 Sep 20 |
Population Climate Change |
Sep
18 Sep 20 |
Gerdes (2009)
(114-130), Easton (242-256) Web Site, Haugen et al. (20-34, 50-67) |
Sep 25 Sep 27 |
Climate
Change Pollution - Air |
Sep 25 Sep 27 |
Easton (134-147),
IQ2 Debate MP3,
Transcript Gerdes (2006) (17-43) |
Oct 2 Oct 4 |
Pollution - Air Pollution - Water |
Gerdes (2011) (88-114, 203-213) Gerdes (2006) (60-68, 174-189) |
|
Oct 9 Oct 11 |
Pollution
- Water Midterm Exam #1 |
Egendorf (74-88) |
|
Oct 16 Oct 18 |
Debate -
Electric Cars Debate - Overfishing |
|
Good (Group 1) vs. Bad (Group 4) Problem (Group 5) vs. Not a Problem (Group 6) |
Oct 23 Oct 25 |
Debate - Vegetarianism No Class |
|
Good (Group 3) vs. Bad (Group 2) |
Oct 30 Nov 1 |
Biodiversity Biodiversity |
Oct
30 Nov 1 |
Purvis & Hector, Lomborg (249-257) Chapin et al., Tilman |
Nov 6 Nov 8 |
Genetic
Engineering Genetic Engineering |
Haugen & Musser (116-137) Haugen & Musser (138-159), Easton 14th ed. (262-273) |
|
Nov 13 Nov 15 |
Waste Management Midterm Exam #2 |
Gerdes (2009) (131-148), Lomborg (206-209) Water Pollution, Biodiversity, Genetic Engineering, Debates I |
|
Nov 20 Nov 22 |
Waste
Management Thanksgiving - No Class |
|
Gerdes (2006) (115-129), Gerdes (2009) (166-180)
|
Nov 27 Nov 29 |
Sustainability - Energy Sustainability - Energy |
Easton
(148-178, 222-239) Easton (179-221) |
|
Dec 4 Dec 6 |
Sustainability - Water Debate - Nuclear Power |
|
Langwith (84-102), Lomborg (149-158) Good (Group 5) vs. Bad (Group 2) |
Dec 11 Dec 13 |
Debate
-
Hydrofracking Debate - Ecotourism |
|
Good
(Group 4)
vs.
Bad
(Group 6) Good (Group 3) vs. Bad (Group 1) |
FINAL EXAM Thursday, December 20, 8:00-10:00 Review Sheet
Required Texts
Easton (2013) Taking Sides: Clashing Views on Environmental
Issues, 15th Edition
Gerdes (2009) Opposing Viewpoints: The Environment
Other Sources
Balkin (2005) Opposing Viewpoints: Population
Bily (2006) Opposing Viewpoints: Global Warming
Chapin et al. (2000) Consequences of changing biodiversity. Nature 405: 234-242.
Easton (2005) Taking Sides: Clashing Views on Environmental Issues, 11th Edition
Easton (2011) Taking Sides: Clashing Views on Environmental Issues, 14th Edition
Egendorf (2005) Opposing Viewpoints: The Environment
Gerdes (2006) Opposing Viewpoints: Pollution
Gerdes (2011) Opposing Viewpoints: Pollution
Haugen & Musser (2009) Opposing Viewpoints: Genetic Engineering
Haugen et al. (2010) Opposing Viewpoints: Global Warming
Langwith (2010) Opposing Viewpoints: Water
Lomborg (1998) The Skeptical Environmentalist
Purvis & Hector (2000) Getting the measure of biodiversity. Nature 405: 212-219.
Tilman (2000) Causes, consequences and ethics of biodiversity. Nature 405: 208-211.
- Most assigned readings will be available through Blackboard.
Grades
Debates (2) |
50 points
|
each |
Debate I Paper |
50 points
|
|
Midterm Exams (2) |
100 points
|
each |
Final Exam (non-cumulative) |
100 points
|
|
Attendance/Participation |
50 points
|
|
TOTAL |
500
points
|
Course Objectives
The goal of this course is to expose
you to multiple perspectives (opinions) on current environmental topics
and present some of the data and principles on which those opinions are
based. My main purpose is NOT
to impose my opinions on you, but rather to expose you to various
and
often
widely differing viewpoints and give you the chance to draw your own
conclusions.
By the end of this course you should know more about current
environmental
issues than you do at the beginning. Perhaps more importantly,
you
should have learned to think critically about those issues, evaluate
the
evidence for and against particular opinions, and form your own
opinions
based on facts and reason rather than hearsay and hyperbole.
This course covers a lot of information, and it's easy to get behind if you’re not careful. If you attend lectures, follow the reading, and participate in class discussions, you should be able to keep up. I expect that this class will be challenging; I hope you also find it to be interesting and fun. If you are having trouble or are concerned about your performance in this course, please contact me as soon as possible. I will try my best to answer your questions and help you succeed. Besides coming to my office hours, the best way to reach me is by e-mail.
Learning Outcomes
After taking this course, you should be able
to
Understand the basic scientific principles on which natural systems operate and the connections between human activities and natural systems.
Understand the scientific method and the interpretation of environmental data collected with various approaches.
Acquire, evaluate and critique information about environmental issues from a variety of scientific and non-scientific sources.
Synthesize and effectively communicate scientific and non-scientific information about environmental issues in oral and written form.
Participation
Class attendance and
participation are important
components of the learning experience. In this class especially,
participation in class discussions is a vital part of the course.
As a university student you
are responsible for your own attendance and conduct. I will not
take
formal attendance in class. However, if you don't show up
regularly or if
you consistently arrive late, your final grade may suffer as a
result.
Participation in class includes asking questions, being involved in
discussions,
and generally behaving like a real, live, interested, person. If
you tend
to be shy by nature, don’t worry: I don’t expect each of you to ask
three
questions every day.
However, if you go the entire semester without uttering a word in
class, apart from the debates, you aren’t trying hard enough. If I
go over material too rapidly
or too slowly, or if I explain something that doesn’t make sense or that
you don’t understand, please raise
your hand and bring the problem to my attention.
Exams
There will be NO
make-up exams in this course without prior approval from the
instructor.
This means that if you give me enough advance notice and there is a
compelling
reason why you must miss a scheduled exam we can probably work
something
out. If you wait until the last minute before telling me that you
can't make it to an exam I'm likely to be much less forgiving.
Travel
plans do NOT constitute a legitimate
excuse
for missing ANY exam. If
there
is an emergency that prevents you from taking an exam, please contact
the
instructor PRIOR to the exam
time.
This policy includes the final exam.
Debates
During the course of the semester, each
student will be required to participate in two debates. For each debate,
you and a group of your classmates (4 people per
group)
will select a controversial environmental issue that interests you and
choose a viewpoint to present. Another group from the class will
take an opposing viewpoint on the same issue, and the two groups will
carry
out a debate in front of the rest of the class. During a debate,
each group will have 20 minutes to present their position and 10
minutes
for rebuttal of the other group’s position. The order of
presentation
(i.e. which group goes first) will be determined by flipping a
coin.
After the two groups are done presenting their positions and rebuttals,
the rest of the class will have the opportunity to address questions to
either group (or both). Students in the audience will write brief
evaluations of each group; these evaluations will not be graded but will
be used by the instructor in grading the presentations.
There will be two sets of debates
during the
semester. A group that argues a “pro-environment” viewpoint in the
first
debate will argue an “anti-environment” viewpoint in the second debate,
and
vice-versa. Groups will be organized by the instructor during the
first
two weeks of class. Topics and viewpoints will
be
chosen in class during the second full week of the semester.
In conjunction with the first debate, each student will write INDEPENDENTLY a brief paper (8-10 pages) dealing with the major issues associated with their topic. This paper should include:
- An introduction to the topic
- Some analysis of the current state
of understanding regarding the subject
- Presentation of
both
sides of the issue under consideration and the most
important
evidence in support of each viewpoint
- A conclusion that includes a
synthesis
of the viewpoints as well as some predictions for the future, if
appropriate
I expect you to research and prepare your presentations as a team, but the papers must be written on your own. Papers will be due by 11:59 pm one week after the day of your debate and should be submitted by e-mail as a Word document (preferred) or pdf file. Hard copies also will be accepted, but not at 11:59 pm! Late papers will be penalized at a rate of 5% for each day the paper is tardy. Feel free to talk to me about any questions you might have during the course of your preparations - I'll try to help to the best of my ability.
Extra Credit
In addition to the 500 "mandatory"
points, it will be possible to earn up to 25 extra credit points by
successfully
completing an additional assignment. Select an article on a
current
environmental issue not covered in class. The issue should have
at
least two distinct viewpoints that you can identify. After having
the article (and issue) approved by the instructor, you should research
the topic and write a 6-8 page paper covering both sides of the issue
and
the evidence supporting each perspective. This paper should be
written
in the same format as your paper for the first debate topic.
Completion
of an extra credit paper is not sufficient to earn 25 points, and
substandard
assignments will earn fewer extra credit points.
Extra credit papers may be turned in until 11:59 pm on Friday, December 14. Papers received after that time will not be accepted.
Academic Integrity
The use of information from
published
sources can create some confusion about proper use and referencing of
material
that you did not generate yourself. Here are some guidelines to
help
you use but not misuse information produced by others. It is
expected
that you will read publications and incorporate into your papers some
of
the findings and ideas contained in those published works. When
you
refer to information generated by someone else, it is important to
credit
the source of that information. Commonly, that credit comes in
the
form of a parenthetical citation. For example:
Global climate change has been implicated in the decline of zooplankton biomass in the eastern Pacific during the second half of the 20th century (Roemmich and McGowan, 1995).This sentence contains a conclusion described by Roemmich and McGowan in a paper published in 1995. It could be appropriate for you to include a sentence like this in one of your papers, but since you didn’t perform the research that led to this conclusion you need to cite the people who did.
Information from the
Internet
The
internet contains a great deal of useful information, some of which may
be valuable to you as you learn about the issues covered in this
course.
However, please remember that web content may not be reliable,
especially
if the web site is operated by a person or organization with an
interest
in promoting a particular viewpoint. It is important to recognize
whether the author(s) of a web site can be regarded as reliable.
For example, Greenpeace is likely to present different views than a
group
that supports commercial whaling.
This page and all contents copyright
2005-2012 by
Ron Kaufmann
All rights reserved
Last modified 4 Dec 2012 by Ron
Kaufmann