Neural Mechanisms of Coordination in Duetting Wrens
Behavioral Neuroscience, Ethology, Electrophysiology and seminar by Dr Melissa Coleman, Claremont McKenna
Hosted by Systems Neuroecology
Wednesday 01:00–02:10 New York (GMT-5)
Recording available
Abstract
To communicate effectively, two individuals must take turns to prevent overlap in their signals. How does the nervous system coordinate vocalizations between two individuals? Female and male plain-tailed wrens sing a duet in which they alternate syllable production so rapidly and precisely it sounds as if a single bird is singing. I will talk about experiments that examine the interaction between sensory cues and motor activity, using behavioral manipulations and neurophysiological recordings from pairs of awake, duetting wrens. I will show evidence that auditory cues link the brains of the wrens by modulating motor circuits.
Topics
Related seminars
- Video · 59 min · May 15, 2020Daniela Vallentin, Max Planck Institute for Ornithology
Thalamocortical dynamics in a complex learned behavior
Video · 40 min · Feb 14, 2024Nader Nikbakht, MITMeasuring behavior to measure the brain
Video · Jun 16, 2021Adam Calhoun, Murthy lab, Princeton University
More from Systems Neuroecology
All talksThe evolutionary and psychological origins of reciprocal cooperation
Mar 17, 2021Manon SchweinfurthEconomic choice in naturalistic contexts
Video · 1 h 2 min · Feb 17, 2021Ben HaydenStereo vision and prey detection in the praying mantis
Feb 3, 2021Vivek Nityananda