Echolocation behavior, a navigation strategy based on acoustic signals, allows scientists to explore neural processing of behaviorally relevant stimuli. For the purpose of orientation …
MJ Beetz, B El Jundi - Journal of Comparative Physiology A, 2023 - Springer
The central complex is a brain region in the insect brain that houses a neural network specialized to encode directional information. Directional coding has traditionally been …
Experimental evidence supports that cortical oscillations represent multiscale temporal modulations existent in natural stimuli, yet little is known about the processing of these …
Communication sounds are ubiquitous in the animal kingdom, where they play a role in advertising physiological states and/or socio-contextual scenarios. Human screams, for …
S Macías, J Luo, CF Moss - Journal of neurophysiology, 2018 - journals.physiology.org
Echolocating bats must process temporal streams of sonar sounds to represent objects along the range axis. Neuronal echo-delay tuning, the putative mechanism of sonar ranging …
MJ Beetz, M Kössl… - Journal of Experimental …, 2021 - journals.biologists.com
Animals extract behaviorally relevant signals from 'noisy'environments. Echolocation behavior provides a rich system testbed for investigating signal extraction. When …
Bats are the second largest mammalian order, with over 1,300 species. These animals show diverse behaviors, diets, and habitats. Most bats produce ultrasonic vocalizations and …
A Salles, E Loscalzo, J Montoya, R Mendoza… - Iscience, 2024 - cell.com
There is strong evidence that social context plays a role in the processing of acoustic signals. Yet, the circuits and mechanisms that govern this process are still not fully …
To navigate in the natural environment, animals must adapt their locomotion in response to environmental stimuli. The echolocating bat relies on auditory processing of echo returns to …