In our lab, we are interested in mechanisms of information processing for sensory-cognitive functions. Our approach is neuroethological, progressing from behavior to the underlying neural mechanisms. Our research is focused on two species of birds: (1) The barn owl, a nocturnal predator, specialized for detecting small prey in acoustically complex and dimly lit conditions. (2) The Japanese quail, a domesticated ground-dwelling species. We believe that some of the most challenging questions in neuroscience can be answered by studying diverse and specialized species. For example, the important question of how sensory experience shapes the circuitry of the brain to allow adaptive behavior has been studied extensively in barn owls. As a result of this research, the auditory system of the barn owl provides today one of the best understood examples of experience-dependent plasticity. In our lab, we are extending this research on the sensory systems of birds to address a broad scope of topics related to learning, attention and spatial orientation.

We are very excited about our birds, especially when they appear on the cover:

Current Biology June 2021 Journal of Neurophysiology 2009

Journal of Neuroscience 2018

Prof. Yoram Gutfreund’s lecture about animal studies and cognition (Hebrew):
Shaked Ron’s (MD-PhD student in the lab) lecture about spatial coding in birds (Hebrew):
To view a lecture by Yoram Gutfreund on barn owls and neuroscience (40 min in Hebrew) click here:
To view a lecture by Yoram Gutfreund on barn owls and neuroscience (55 min in English) click here:

To an article by Yoram Gutfreund on Ethology, Neuroscience and the question of animal consciousness (in Hebrew) click here:
Odissea article page1
Odissea article

A report in the New York Times on our lab, describing findings on perceptual grouping in Barn Owls.