My research focusses on the ecology and physiology of bats and birds in situations of energy limitation (e.g., migration, hibernation) and the strategies these animals use to cope with environmental variation, often in the context of conservation issues. I take an integrative approach using techniques ranging from molecular biology and biochemistry, to whole animal physiology, behavioral and movement ecology. Bats and birds are the only extant vertebrates capable of powered flight. The comparison of bats and birds is particularly interesting given the common selective pressures of flight. A current research focus is the physiological ecology of bat migration. In this research, I use the extensive body of bird migration literature as a basis for developing predictions about bat migration. I am also using the findings from bat migration studies to provide insight into novel aspects of bird migration. Another current research focus is the physiological ecology and pathophysiology of hibernating bats affected by white-nose syndrome, a devastating fungal disease responsible for killing millions of North American bats.
