Faculty Detail

Greg Cunningham

Title: Associate Professor
Office: ISHS 215
Phone: (585) 385-7268
Email: gcunningham@sjfc.edu
Education: Ph.D., University of California at Davis
B.Sc., University of Guelph
Areas of Interest: Intersection of animal behavior, ecology, and physiology of a variety of bird species

Greg Cunningham

Students working with Dr. Cunningham can expect to work with birds either in the wild or on campus. Dr. Cunningham's research focuses on how birds use their sense of smell. In the early days of avian biology, birds were thought to not rely much on scents. We now know that a variety of birds, from albatrosses flying over the ocean hunting for prey to pigeons returning to their roost, use their sense of smell regularly. In the field, Dr. Cunningham recently worked on the sub-Antarctic island of Kerguelen. There he lived among 100,000+ King penguins (Aptenodytes patagonicus), testing how they responded to a variety of scents.

This research demonstrated that these birds are able to detect a food-related odour. This may help to explain how these birds are able to locate productive areas of the ocean 100s of kilometres away. King penguins were also responsive to the scent of feathers and feces. These smells may be the basis of a colony scent, and the research suggests that birds may be able to locate the colony, or individuals withing the colony, by scent.

Dr. Cunningham has also worked with the Southern African Foundation for the Conservation of Coastal Birds (SANCCOB) investigating the sense of smell of African penguins (Spheniscus demersus). There he showed that African penguins can detect a food-related odor. Current research focuses on whether or not penguins can detect fecal odors: a scent that many animals use as a way of recognizing individuals. Dr. Cunningham has previously facilitated research for Fisher students at SANCCOB.

Dr. Cunningham is also interested in how odors can be used to alter the stress physiology of a bird. Animals in a stressed state release a cascade of hormones which alter a variety of physiological processes.

A variety of researchers have successfully decreased stress hormones in rats by exposing them to a plant-derived scent and Dr. Cunningham is working with undergraduate students to do the same in birds.

The olfactory ability of raptors is understudied. Dr. Cunningham often works with Braddock Bay Raptor Research to address whether Red-tailed hawks (Buteo jamaicensis) are able to detect the scent of prey.

Although Dr. Cunningham focuses on olfaction in birds, he is generally interested in many elements of avian research. A student proposing research of a purely ecological or animal behavior based study would be welcome in the lab.


  • Nevitt GA, Cunningham GB and Van Buskirk RW. Evidence for olfactory learning in procellariiform seabird chicks. Journal of Avian Biology, accepted.
  • Cunningham GB, Strauss V and Ryan P (2008). African penguins (Spheniscus demersus) can detect dimethyl sulphide, a prey-related odour. Journal of Experimental Biology, 211, 3123-3127.
  • Cunningham GB, Van Buskirk RW, Hodges MJ, and Nevitt, GA (2006) Behavioural responses of Blue petrel chicks (Halobaena caerulea) to food-related and novel odours in a simple wind tunnel. Antarctic Science 18: 345-352.
  • Cunningham GB and Nevitt GA (2005) The sense of smell in procellariiforms: An overview and new directions. In: Chemical Senses in Vertebrates, X. R.T. Mason, M.P. Le Master, D. Muller-Schwarze, eds. Springer, New York, NY: 403-408.
  • Bonadonna F, Cunningham GB, Jouventin P, Hesters F and Nevitt GA (2003) Evidence for nest-odour recognition in two species of diving petrel. Journal of Experimental Biology 206: 3719 – 3722.
  • Cunningham GB, Van Buskirk RW, Bonadonna F, Weimerskirch H and Nevitt GA (2003) A comparison of the olfactory abilities of three species of procellariiform chicks. Journal of Experimental Biology 206: 1615 – 1620.

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