Teaching
New course: Introduction to Animal Behavior (BIO 318). This course will be offered next spring (3/4/23 - 4/26/23). In this 8-week online course (asynchronous), we will explore animal behavior, such as competition, mating systems, cooperation, and migration in animals. This course is designed for all students from a variety of majors. Insight will be drawn from lectures, readings, and personal reflections. The course consists of the following eight modules:
Module #1: Introduction to Animal Behavior
We will discuss the history of the study of animal behavior and why it is relevant to various fields of enquiry and our own lives. We will identify different approaches to study animal behavior using both proximate (mechanistic) studies as well as ultimate studies that are more guided by evolutionary principles.
Module #2: Learning and Development of Behavior
We will provide examples of innate (instinctive) behaviors in seagulls, sticklebacks, and other animals. We will then also discuss the role of learning, focusing on the classical studies of Konrad Lorenz of sexual imprinting in geese and other animal species.
Module #3: Brain, Hormones, and Behavior
We will provide a brief overview of the role of the nervous system and hormones in the development and manifestation of animal behavior. This will be illustrated with several interesting examples, including the rapid escape response in fish and sexual development in mammals.
Module #4: Animal Migration
In this module we will discuss the adaptive value of seasonal migration. Examples of extraordinary migration journeys will be discussed, primarily in birds. We will then identify how animals navigate during migration, with a special focus on navigation in the Monarch butterfly.
Module #5: Foraging and Competition
We will discuss how animals optimize behavior to successfully compete for and acquire food.
Module #6: Sexual Selection and Mating Systems
We will explore how mate choice and mate competition can drive the evolution of exaggerated sexual traits such as complex courtship display or extravagant colors. We will then turn our attention to variation in mating systems, including the evolution of monogamy mammals, sneak mating strategies in birds, and sex change in fish.
Module #7: Dominance Hierarchies
Many animal species form dominance hierarchies where position in the hierarchy determines access to mates and resources. We will explore how rank is achieved and maintained in both human and animal societies, and how it influences health and fitness.
Module #8: Conflict and Cooperation
In this final module, we will first discuss interactions between species with a special focus on brood parasitism. We will then explore cooperation in animal societies and identify different hypothesis that can explain cooperation between individuals even if they are not related to one another.
Current:
Neurophysiology (BIO 591)
Principles of Neuroscience (NSC 501, co-taught with dr. Sabo)
Mammalian Physiology (BIO 392 with lab)
Evolution and Diversity (BIO 111)
Animal Behavior (BIO 518 with lab)
Introduction to Animal Behavior (BIO 318, online)
Past:
Principles of Organismal Biology (Biol 197)
Principles of Biology (Biol 198)
Comparative Animal Physiology (Biol 256 and Biol 256-A with lab)
Human Physiology (Biol 258)
Comparative Animal Physiology (BIO 361T)
Developmental Biology (BIO 349)