Karry A. Kazial
Department of Biology
Ph.D Evolution, Ecology & Organismal Biology, The Ohio State University 2000
Courses Taught at Fredonia
BIOL 111 Introduction to Biology
Research Interests – Animal Behavior, Animal Communication & Wildlife Conservation
Echolocation (sonar) calls are known to function in prey capture and navigation for bat species; however, they have not been commonly regarded as communicatory signals. Sonar calls have been shown to have variation linked to the age, sex, family, and individual identity of the bat that produced the calls. For my graduate work I described similar variation in the sonar calls of big brown bats. In addition, I discovered female big brown bats respond differentially to the sonar calls of males and females. At SUNY Fredonia, my students and I have included geographic variation in our investigation of sonar call variation in little brown bats and demonstrated individual recognition of conspecifics using sonar calls through habituation experiments. These findings suggest that echolocation calls, which have presumably been shaped by natural selection for prey capture, have also been co-opted for use in communication.
Students and I have worked on conservation-related research with little brown bats including an investigation of insect availability and bat diet, environmental and bat house characteristics affecting the use of bat houses, the effect of artificial night lighting on bat activity, and habitat use by bats through acoustic monitoring of sonar calls. I have also mentored a student examining the effect of environmental enrichment on male/female interactions in a critically endangered species of macaque at the Buffalo Zoo. A new research direction in my lab involves the interaction between bats and insects. Specifically, students and I have been investigating insect response to bat sonar while in the context of mate attraction.
Publications (*SUNY Fredonia student)
Stephen Burnett & Karry Kazial. 2010. Computer Technology and Bioacoustics: Applications in Bat Echolocation and Behavior Research. Applications of Computer and Information Sciences to Nature Research. ACM Digital Library.
Kazial, K.A., *Kenny, T.L., & Burnett, S.C. 2008. Little brown bats (Myotis lucifugus) recognize individual identity of conspecifics using sonar calls. Ethology. 114:469-478.
Kazial, K.A., *Pacheco, S. & *Zielinski, K.N. 2008. Information content of sonar calls of little brown bats, Myotis lucifugus: Potential for communication. Journal of Mammalogy. 89(1):25-33.
Burnett, S.C., Fenton, M.B., Kazial, K.A., Masters, W.M. & McCracken, G.F. 2004. Variation in Echolocation: Notes from a Workshop. Bat Research News. 45(4):187-197.
Bergdall, V. DVM, DACLAM, Burnett, S. PhD, Kazial, K. PhD, Mulliken, C. DVM, Monahan, C. DVM, PhD & Masters, W.M. PhD. 2002. Treating mites in a bat colony: A case study. Lab Animal, 31(5):43-45.
Kazial, K.A., Burnett, S.C. & Masters, W.M. 2001. Individual and group variation in the echolocation calls of big b