ICAT Playdate — How flying squirrels glide
October 16, 2026
We are interested in understanding how animals move in the context of their environment. How does forest structure influence the path of a flying animal when it can only glide? As a first step toward addressing that question, we are studying the precise three-dimensional movement of flying squirrels throughout their entire glide trajectory, from jump to landing. In this talk, I will discuss 1) our team’s efforts at developing methods for studying animals in their natural environment, and 2) a recent experiment in New York state in which we recorded flying squirrels gliding in an indoor arena. This effort used an array of 10 GoPro cameras along with 5 high-speed cameras to record and track their complete trajectories.
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General Item
Flying SquirrelsVirginia Tech researchers study how southern flying squirrels glide, steer, and maneuver through forests using motion capture, biomechanics, ecology, and engineering.
Speaker:
- Nicole Abaid, Mathematics, College of Science
Research team:
- Pranav Khandelwal, Integrated Sciences, Claremont McKenna College
- Greg Byrnes, Biology, Siena University
- Jake Socha, Mechanical Engineering, Virginia Tech
- Nicole Abaid, Math, Virginia Tech
- Shane Ross, Aerospace Engineering, Virginia Tech
- Yohan Sequeira, Mechanical Engineering, Virginia Tech
- Jacob Sobol, Biological Sciences, Virginia Tech
Date:
- October 16, 2026
Time:
- 8:30am Eastern
Networking & pastries at Community Assembly, Creativity and Innovation District LLC - 9am - 9:30am Eastern
Presentation in the Community Assembly and live on YouTube
Virginia Tech faculty can receive Professional Development Network (PDN) credit for attending
- Register at https://profdev.tlos.vt.edu/?query=playdate
- Check in with Phyllis Newbill during the event.
Location: Community Assembly, Creativity and Innovation District LLC
If you are an individual with a disability and desire an accommodation, please contact Jennifer Lancaster at 540-231-1318 or email (jquigley@vt.edu) during regular business hours at least 10 business days prior to the event.