Course Dates
June 17, 2024 to July 1, 2024
Prerequisites
One semester of college-level biology or equivalent.
Equivalent Note
Cornell students: Biology & Society majors, this course fulfills the (II) Foundation Courses > (C) Biology Foundation > Biological Diversity requirement.
Course Description
In this course, students will study structure, evolution, physiology, and biomechanics to investigate how vertebrates use anatomy to interface with the marine environment. Activities include marine mammal necropsies, trawling, whale watching, trips to the intertidal, and visits to nearby seal and seabird colonies. Each student will complete an independent research project on a topic within the field of anatomy and function.
Learning outcomes for this course include:
- Identify structural adaptations of marine vertebrates from the various anatomical systems;
- Demonstrate good dissection technique;
- Understand mechanisms of animal movement by integration of structural mechanics, muscle physiology, kinematics and fluid mechanics;
- Examine evolutionary pathways and selective pressures for the development of anatomical systems to function in the marine environment.
Internship opportunity: This course is a recommended experience for SML's Marine Mammal Internship.
"This two-week course prepared me more for med school than any other college class I took!" - Maya Koretzky (AFMV '11, AFMV TA '12)
Status
Course Numbers
Cornell: BIOSM 3210 (3 Credits)
UNH: MEFB 754 (4 Credits)
Emily McParland
PhD student, Department of Ecology, Evolution and Organismal Biology, Brown University
Check out this article (and video) about mummichog locomotion conducted by Dr. Stacy Farina and Noah Bressman (SML '11, '13, Cornell '16). Noah began this project as a student in Anatomy & Function of Marine Vertebrates, and it turned into an undergraduate thesis and a published scientific paper.
Read: "Back-Flipping Fish Look Before They Leap Across Land"