| Course Syllabus Fall 2010 |
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Animal Behavior BI 304, 304L
Meeting Times and Locations Lecture Mon, Wed 11:20-12:50 Campus Hall 217 Recitation Tues 1:00-2:00 Megerle 320 Lab Tues 2:00-4:00 Megerle 407 InstructorDr. Brian Palestis Megerle Science Bldg 413 718-390-3237 bpalesti@wagner.edu www.wagner.edu/faculty/bpalesti/ Office Hours: Wed 10-11, Thurs 2-4 Course DescriptionThis course will examine the principles of animal behavior from several perspectives, such as classical ethology, behavioral ecology and sociobiology, comparative psychology, behavior genetics, behavioral endocrinology, and neuroethology. As this list indicates, the study of animal behavior integrates across several disciplines and levels of analysis. Students will have the opportunity to observe behavior through video clips, laboratory exercises, a field trip, and independent research projects. The recitation portion of the course will include discussion of papers. Learning goals addressed are: 1) Competency in scientific reasoning and quantitative analysis, which promotes critical thinking and constructive problem solving. 2) An appreciation of and access to different modes of inquiry that will lead to a continued search for truth, knowledge, and understanding. 3) Competency in “learning by doing”, where students learn to integrate ideas and field-based experiences and reflect their insights in writing and discussion. 4) Knowledge and skills in a chosen field of study, which provides both the proficiency and flexibility to achieve future goals. 5) Skills of listening, writing, and speech that enable effective communication and self-expression. TextbookGoodenough, J., B. McGuire, and E. Jakob. 2010. Perspectives on Animal Behavior. 3rd ed. John Wiley & Sons, Hoboken. (+ Excerpts from the 2nd ed.) There is no laboratory manual. Handouts will be distributed with information for labs. GradingMidterm Exam 20% Final Exam 25% Laboratory exercises 20% Research project 15% Class participation 15% Paper summaries 5% Before class discussions each student must write a one to two paragraph summary of the assigned article. The summaries will not be graded formally, but will show me that the paper was read. For the research project, students will conduct an experimental or observational study and write up their results in standard scientific paper format (Abstract, Introduction, Methods, Results, Discussion, Literature Cited). Students may work in pairs for the research projects. Animals that could be studied include common urban animals, lab animals, zoo animals, pets, or even humans. All projects must be approved by me before you begin, and I will suggest ideas for possible topics. Time will be set aside in the second half of the semester for students to work on projects, but you are encouraged to work outside of lab hours and to begin early. Attendance is required. You are expected to be an active participant in all class discussions and lab exercises (i.e. attendance alone is not sufficient). Make-up exams will only be given with a doctor’s note or a letter from Academic Advisement. Incompletes require completion of at least 70% of the work at a passing level. A copy of the Wagner College Honor Code can be found in your Student Handbook as well as on the SGA Web Page. It is your responsibility to be aware of and follow the terms of the Honor Code. You will also be expected to sign the Honesty Statement and attach it to every test and paper handed in for this class. If you have any questions regarding the Honor Code, please feel free to contact a member of SGA either by phone (718.390.3276) or by email (sga@wagner.edu). Course ScheduleWeek 1 (8/30-9/3) Book Chapters/Pages Tinbergen’s Four Questions pp 1-2, 146-147 Approaches to the Study of Behavior Chpt 2 + pp 72-74 Lab 1 Inferring behavior from fossils Week 2 (9/6-9/10) No class Mon 9/6 (Labor Day) Evolution of Behavior pp 57-60 Fixed Action Patterns pp 15-17 + pdf Lab 2 Methodology for field observations Staten Island Zoo Week 3 (9/13-9/17) Nervous System pp 101-104, 122-125, 118-119, 172-174 The Senses pp 356-366, 107-108, 111-113 + pdf Discussion 1 “Instinctive” behavior Lab 3 Nervous system
Week 4 (9/20-9/24) Communication Chpt 16-17 Hormones & Behavior pp 127-130, 137-142, 155-156 Discussion 2 Chemical communication in humans Lab 4 The senses
Week 5 (9/27-10/1) Behavior Genetics pp 31-37 Development of Behavior pp 151-152, 158-166 + pdf Discussion 3 Neuroendocrinology of monogamy Lab 5 Videos “Signals for Survival” and “Animal Einsteins” Week 6 (10/4-10/8) Learning and Cognition Chpt 5 + pp 174-180 Discussion 4 Behavior genetics of domestication Lab 6 Habituation & sensory adaptation (earthworms, humans)
Week 7 (10/11-10/15) No class Mon-Tues 10/11-12 (Fall Break) Biological Clocks pp 185-194 Week 8 (10/18-10/22) Midterm Exam Monday 10/18 Orientation & Homing Chpt 10 + pdf Discussion 5 Behavior of laboratory rodents Lab 7 Kineses and taxes (sowbugs, Planaria, Drosophila)
Week 9 (10/25-10/29) Habitat Selection & Dispersal Chpt 11 + pp 415-416 Foraging Chpt 12 + pp 75-76 Discussion 6 Migration, brood parasitism & speciation Independent projects Week 10 (11/1-11/5) Antipredator Behavior Chpt 13 + pp 66-67 Sexual Selection Chpt 14 Discussion 7 Predation and antipredator behavior Independent projects Week 11 (11/8-11/12) Sexual Selection (cont.) Parental Care Chpt 15 Discussion 8 Human sexual selection Independent projects Week 12 (11/15-11/19) Mating Systems Chpt 15 Agonistic Behavior & Territoriality Chpt 18 + pp 68-69 Discussion 9 Cryptic female choice Independent projects Week 13 (11/22-11/26) No class Wed-Fri 11/24-11/26 (Thanksgiving) Group Living pp 423-427, 298-302 Discussion 10 Animal “personalities” Lab 8 Dominance hierarchies (crickets) Week 14 (11/29-12/3) Altruism & Cooperation Chpt 19 Discussion 11 Collective behavior Lab 9 Schooling behavior & species recognition (tetras, zebra fish)
Week 15 (12/6) Last day of classes, Independent projects due Monday 12/6
Final exam Wednesday 12/15, 11:20-2:20 |