Areas of interest include human/animal/comparative anatomy and physiology, neurobiology,
sensory biology, biological clocks, endocrinology, biomolecular signal transduction,
scientific process.
I am a broadly trained biologist fascinated by the ways that organisms detect physical
stimuli and process such information to produce physiological and behavioral changes
in order to adapt to ever-changing environments. I have a diverse range of research
experience, from performing activities related to the physiological effects of microgravity
on mice that travel to the International Space Station, to understanding the mechanisms
and properties of the unique thermal imaging system of Burmese pythons. As a former
animal research program administrator, I possess a strong background in vertebrate
animal physiology in a diversity of taxa and an interest in maintaining animal health
and welfare while facilitating teaching, research, and the production of reliable
experimental results.
I am a strong proponent of promoting an appreciation of science and the environment
in students and community members of all ages, and I look forward to public outreach
opportunities. I enjoy achieving work-play balance by maximizing my time in nature
with hiking, biking, paddling, camping, and water adventures.