Bio 540, Conservation Ecology

 

Dr. Rebecca Lewison

rlewison@sciences.sdsu.edu

4-8287

PS 157A (in PS157)

Office hours: M 10-12pm or other times by appt.

Lecture: MW 9-9:50, LS 134

Lab/Discussion: W 12:30-3:10, LS 126

 

Course description

The goal of this course is to give you a solid foundation of core concepts and principles of conservation ecology, emphasizing current topics/debates in this field. The course integrates readings from a current textbook (Groom et al. 2006) and primary literature to cover both the science and application of conservation ecology.

 

This course is designed for upper level undergraduates as well as first or second year graduate students. Students’ grades will reflect their experience level. All course activities (lectures, discussions, short writing exercises, computer work) will require you to synthesize and integrate the concepts from lectures/readings and apply this information to novel settings/questions.  Some students find this difficult, because their previous learning strategies of rote memorization do not work well.  You must digest and understand course content, as well as think logically about how this information can inform conservation decisions and science when no easy solution exists or when information is incomplete. 

 

Course Schedule
http://www.sci.sdsu.edu/classes/biology/bio540/lewison/schedule.htm


Course Format

Readings and discussions, punctuated by 3 exams, a SHORT review paper (1-2 pages) an oral presentation, some computer exercises and VERY SHORT writing assignments for labs/discussions (single paragraph).

 

Materials

Course text:  Principles of Conservation, 3rd edition. Groom et al. 2006

Supplemental readings are listed on course schedule and will be available on Blackboard.  

 

Course objectives

The goal of this course is to give you a solid foundation in the core concepts, principles and application of conservation ecology, emphasizing current topics and debates. We will not explicitly discuss the philosophical, ethical, or cultural aspects of conservation.  However, these aspects are intrinsic components of conservation in practice and we will touch upon them during our discussions. 

 

Specific course objectives are to:

  • Understand the core concepts of conservation ecology covered in the lecture and labs/discussions
  • Be able to synthesize and integrate concepts of conservation ecology
  • Think critically about current research and understand how it relates to or redefines the science of conservation ecology
  • Stimulate discussion and evaluation of conservation science
  • Encourage students to engage in discussion and debate
  • Learn how to review and synthesize primary literature using short writing assignments and oral presentations

 

 

Contacting Me

I encourage you to meet with me during office hours or by appointment.

When: There are two options: 1) Monday 10-12pm or 2) other times by appointment

Where: Physical Sciences (PS) 157A, inside my lab PS157.

How: If the lab door is closed, knock LOUDLY. Other students work in my lab, so if you stop by when I’m not there, please don't rely on them to pass verbal messages on to me. You can leave a note on my door or in my mailbox in the Biology office.

 

Expectations

I expect all course participants (students and instructor) to be:

  • Prompt
  • Prepared
  • Respectful (This includes having all communication devices off or silent)
  • Engaged in discussions
  • Honest

 

What will happen if these expectations are not met?

Part of your grade will be based on your preparation and participation in class, so a failure to do either will be reflected in your grade. Disrespectful behavior will not be tolerated.

 

Academic dishonesty

Cheating has rarely been a problem in my classes, and warning you about the consequences may seem unnecessary. Nevertheless, to avoid any confusion, this is the course policy: If you are caught cheating in an exam or on an assignment, you will receive a zero on the exam or assignment. In addition, the event will be reported to campus judicial authorities and may lead additional actions from the University. For more information on the consequences of academic dishonesty, please see: http://www.sa.sdsu.edu/srr/judicial/CheatingDisruption.html

Remember, your academic work must be your own words. If you need clarification on what constitutes plagiarism, cheating, and other inappropriate conduct, please see: http://science.widener.edu/svb/essay/plagiar.html
 

Assignments

To be prepared for lectures, you will need to have read and be ready to discuss/ask questions on assigned readings. All assigned readings are listed on the course schedule and will be available on Blackboard

Lab/discussion sections will include readings, student-led discussions, in-class writing, and computer exercises/activities. To be prepared for lab/discussions, you will need to have read and be ready to lead a discussion/discuss these papers, or write about assigned readings (short answer format). Again, all required reading are listed on the course schedule and will be available on Blackboard.

 

Review paper assignment: Current topics in Conservation

We won’t be doing any major writing assignments in the course. Instead, each person will be in charge of writing a SHORT review paper (1-2 pages) of a current topic in conservation. There are two goals of this writing assignment:

1) It will allow you to explore a current topic/debate in conservation in more depth than our lectures and discussion. I encourage you to pick a topic that is relevant to your research interests. You must choose a review topic by Sept 27th. If you are having trouble picking a topic, please schedule an appt. with me no later than Sept 20th.

2) The second goal of the assignment is to encapsulate how one writes a peer-reviewed paper, with an emphasis on flow and presentation of ideas.

 

Using a minimum of 5 and a maximum of 15 peer-reviewed literature sources (you can use 1 paper already on the syllabus), each person will present a concise summary and synthesis paper.  Each person will also present their review to the class during the last 2 lab sessions (we’ll talk a lot more about the format of both the written review and oral presentation during class). I will evaluate the written portion, and oral presentations will be evaluated by the entire class.

 

Grading

Although the general requirements are the same for both undergraduate and graduate students, expectations of graduate student performance will be higher. Thus, graduate students will have to demonstrate a more sophisticated comprehension of material. Their answers will need to be more comprehensive, and I will grade exams and other assignments accordingly.

 

You will be graded on:

Course requirements

Points

%

Midterm exam 1

80

18

Midterm exam 2

80

18

Lab assignments

80

18

Writing assignment

50

10

Presentation

30

7

Participation

30

7

Final exam

100

22

TOTAL

450

100


Students with disabilities

Students who need accommodation of disabilities should contact me privately to discuss specific accommodations for which they have received authorization. If you have a disability, please contact Student Disability Services at 619 594 6473, Calpulli Center, Suite 3101 before making an appointment to discuss this with me.

 

Emergencies

Emergencies, by definition, are unexpected. I cannot accommodate individual schedules, but for genuine emergencies I will work with you to ensure you can complete assignments, projects, tests etc… on time. However, I will only do so if you come talk to me immediately when such a situation arises.

 

 

 

 

 

 

 

 


 

 

If you have any questions about this material, I would be happy to talk with you about it (my contact information is listed on the first page). When you are clear on the information covered in this syllabus, please read, sign, and date the following statement and return it to me.

 

 

I have read the Bio 540 Course Syllabus. I understand and accept its contents. I also understand that work in this course must be my work and all required assignments, projects, and tests must be completed to receive a passing grade for this course.

 

____________________________                                ___________ 

Signature                                                                Date