Syllabus contents:

Course Description

Tentative Schedule

Responsibilities

Grading

Getting Help

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Biology Dept.

Oglethorpe U.

Conservation Ecology

BIO 310, Fall 2006


Instructor: Dr. Roarke Donnelly

 

Office: Goslin Hall 222
Office Hours: M W F 8:00am-9:15am, T Th 11:15-12:15,

or by appointment

e-mail: rdonnelly@oglethorpe.edu
Phone: (404) 364-8401

Lecture: Goslin 215, T Th 10:00am - 11:15am

Lab: Goslin 215, Th 1:30pm - 4:30pm or arranged

COURSE DESCRIPTION

Overview

"Conservation ecology is a mission-oriented science that focuses on how to protect and restore biodiversity, or the diversity of life on Earth. Like medical research, conservation biology deals with issues where quick action is critical and the consequences of failure are great. To preserve biodiversity, scientists must answer three general questions. First, how is the diversity of life distributed around the planet? Second, what threats does this diversity face? Third, what can people do to reduce or eliminate these threats and, when possible, restore biological diversity and ecosystem health?"*

This course investigates all aspects of conservation ecology during two lectures and one lab per week. Lectures and labs include guest speakers, discussions of text and non-text readings, case studies, simulation exercises, and field exercises. Several lab exercises will involve travel around the Atlanta metropolitan area and the state.

*from the media FAQ sheet prepared by the Society for Conservation Biology

Prerequisite

To enroll in Biology 310, you must have a grade of "C-" or higher in BIO 102 and permission of the instructor.

Objectives:

After completing this course, you will:

  1. understand why conservation ecology is relevant to everyone
  2. have a firm grasp of the theoretical and applied aspects of conservation ecology
  3. be familiar with conservation issues in the world, the US, Georgia, and the Atlanta metropolitan area
  4. understand the tradeoff between biodiversity and economic development
  5. be familiar with federal and regional policies relevant to conservation
  6. be able to interpret conservation issues using speech, graphics, and writing
  7. understand how we accumulate information relevant to conservation ecology and apply that information to real world problems
  8. know what professional conservation ecologists do and for whom they work
  9. know how to make a contribution to biodiversity conservation that is in line with your conservation ethic

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TENTATIVE SCHEDULE

Week #, T's date, and days off Lecture topic Lab topic, special events, exams
Wk 1, 8/29 Introduction Turtle tracking
Wk 2, 9/5 Biodiversity Camera traps
Wk 3, 9/12 Values and ethics TBA
Wk 4, 9/19 Threats to biodiversity SE GA trip (F-Su)
Wk 5, 9/26 Catch up Panola Mtn State Park
Wk 6, 10/3 Fragmentation TBA
Wk 7, 10/10 Harvest and invasion Turtle movement simulation and tracking analysis
Wk 8, 10/17 Genetics Dunwoody Park restoration, Exam 1 M by appt, F 12-1:30 speaker
Wk 9, 10/24 Biological scales of conservation Appalachian trail hike
Wk 10, 10/31 Federal policy Zoo Atlanta
Wk 11, 11/7 Catch up Community nestedness and population viability analyses
Wk 12, 11/14 Types of conservation Sea turtle conservation
Wk 13, 11/21, Th Catch up  
Wk 14, 11/28 Regional policy GA Aquarium
Wk 15, 12/5 Economics Management of contentious species
Wk 16, 12/12, T-F Biodivesity prognosis Exam 2 F 8:00am

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RESPONSIBILITIES

Attendance

You are required to attend all scheduled events for this class (i.e., lecture periods, lab periods, guest speakers). You are permitted four abences from lecture or lab without explanation. This total includes any lectures to which you are more than 10 minutes late. If you accumulate a fifth absence, I will give you the option of voluntary withdrawal (W or WF depends on time of the semester) or a grade of "FA" regardless of why you were absent. If you miss a lab, I will provide you with any written material from the lab, but you will receive a zero for any assignment related to that lab. If you have a schedule conflict with something scheduled outside regular class lecture and lab and you make this conflict known before the event, I will provide an alternative assignment.

Readings

I will provide due dates for the next week's readings on each Thursday in lecture or lab.

Course text:

Groom, M.J., G.K. Meffe, C.R. Carroll, and contributors. 2006. Principles of Conservation Biology, third edition. Sinauer Associates, Sunderland.

Tentative list of additional sources:

Babbitt, G. 2005. Cities in the wilderness: a new vision of land use in America. Island Press, Washington.

Carson, R. 1962. Silent Spring. Houghton Mifflin Company, Boston.

Clark, T.W., M.B. Rutherford, and D. Casey, editors. 2005. Coexisting with large carnivores: lessons from Greater Yellowstone. Island Press, Washington, D.C.

Crooks, K. R. and M. E. Soule. 1999. Mesopredator release and avifaunal extinctions in a fragmented system. Nature 400:563-566.

Czech, B. and P. Krausman. 2001. The endangered species act: History, conservation biology, and public policy. Johns Hopkin, Baltimore.

Fitzpatric, J.W. et al. 2005. Ivory-billed Woodpecker persists in continental North America. Science 308:1460-1462.

Fleischer, R. 1998. Genetics and avian conservation. p.29-48 IN Avian conservation: Research and management. J.M. Marzluff and R. Sallabanks, eds. Island Press, Washington.

Friederici, P. 2006. Nature's restoration: people and places on the front lines of conservation. Island Press, Washington, D.C.

Gallagher, T. 2005. The grailbird: the rediscovery of the Ivory-billed Woodpecker. Houghton Mifflin Company, New York.

Hardin, G. 1968. The tragedy of the commons. Science 162:1243-1248.

Leopold, A. 1949. A Sand County almanac. Oxford University Press, Oxford.

Miniter, F. 1999. Playing God with Cherry Creek. Outdoor Life.

Restani, M. and J. M. Marzluff. 2002. Funding extinction? Biological needs and political realities in the allocation of resources to endangered species recovery. Bioscience 52:169-177.

Soule, M. and S. Mills. 1998. No need to isolate genetics. Science 282:1658-1659.

Wilcove, D. and J. Lee. 2004. Using economic and regulatory incentives to restore endangered species: Lessons learned from three new programs. Conservation Biology 18:639-645.

Wilson, E.O. 2002. The future of life. Alfred A. Knopf, New York.

Yaffe, S. 1997. Why environmental policy nightmares recur. Conservation Biology 11:328-337.

Quizzes and Exams

I will provide an example quiz and example exam prior to you first quiz and exam, so that you can familiarize yourself with typical question formats. Quizzes may occur on any day on which there is a reading due; they will not be announced. Unless otherwise warned, these quizzes will cover only the reading due on the day of the quiz. Exam dates are noted in the tentative schedule above. Should the dates change, you will be given ample warning. Exam 1 covers all lecture, reading, and lab material presented before the date of that exam. Exam 2 is cummulative, but emphasizes lecture and lab material covered since Exam 1. I do not offer makeup tests.

Exercise Writeups Related to Lecture and Lab

I will assign short, medium, and long writeups related to lecture and lab topics. The due date will be noted at the top of each assignment sheet. The lagtime between assignment and due date will not be less than 4 days and will increase with the point value/length of the assignment. Writeups must be submitted within 10 minutes of the beginning of the scheduled lecture or lab on the due date in order to be deemed "on time". I will deduct 15% of the writeup grade for each 24 hour period that a lab report is late.

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GRADING

You must include an affirmation of the honor code (see the O Book) to receive credit for documents related to all course activities. If you have any questions about the honor code, I strongly encourage you reread the code and ask me questions. Be aware that the code defines cheating and plagirism as follows. Cheating is (a) the unauthorized possession or use of notes, texts, or other such materials during an examination; (b), the copying of another person's work or participation in such an effort; and (c) the attempt or participation in an attempt to fulfill the requirements of a course with work other than one's original work for that course. Plagirism includes representing someone else's words, ideas, data, or original research as one's own, and in general failing to footnote or otherwise acknowledge the source of such work. One has the responsibility of avoiding plagirism by taking adequate notes on reference materials, including material taken off the internet or other electronic sources, used in the preparation of reports, papers, and other coursework.

The final day to withdraw from this course with a "W" is 11/3/06. You must earn a C- or better for this course to count toward a biology major. For information on “Incomplete” grades, please refer to the most recent Bulletin. I do not provide opportunities for extra credit.

I will evaluate your quizzes, exams, and writeups based on two criteria. The first criterion, scientific merit, is the most important. You must recall, explain, critique, apply, and synthesize scientific principles and related material presented in lab, lecture, readings, discussions as directed. The second criterion is format. You must write in complete sentences, make logical arguments, and use clear and concise English grammar.

I will assess class participation based on your level of participation in discussions and exercises during class activities. To receive full credit you must do the following. During discussions, you must help others understand the content of a reading, describe how a reading relates to other course material, or build upon a reading's content to reach a novel conclusion. During exercises, you must help the class haul gear, collect data, and adhere to the travel schedule, etc.

I award points for activities as follows:

Activity Unit value Total value
Exam 1 1 @ 100 100
Exam 2 1 @ 150 150
Long writeup 1 @ 80 80
Medium writeup 2 @ 30 60
Short writeup 4 @ 15 60
Quizzes 8-11 @ 10 80-110
Participation 1 @ 30 30
Total pts possible = 560-590

I assign grades based on the following scale:

Earned percentage

of total points possible

Letter grade

Grade point

>92.49

A

4.0

89.5-92.49

A-

3.7

86.5-89.49

B+

3.3

82.5-86.49

B

3.0

79.5-82.49

B-

2.7

76.5-79.49

C+

2.3

72.5-76.49

C

2.0

69.5-72.49

C-

1.7

66.5-69.49

D+

1.3

59.5-66.49

D

1.0

<59.5

F

0.0

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WHERE TO GET HELP

From  the Professor

If you have a disability and need accomodations or if I can help with anythings else, please talk with me after class, during office hours, schedule an appiontment, or catch me in my office.

From Other Students

Ask your peers if they would like to form a study group that meets regularly.

From University Services

If you need assistance with your internet account, please contact Network Services ([404] 364-8518)

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 Last Updated:
8/20/06

Contact the instructor at: rdonnelly@oglethorpe.edu