Highlights•Echolocating bats use acoustic information to build a 3D representation of
space.•Auditory selectivity to direction and distance are integrated in 3D space …

Highlights•Auditory spatial processing is updated as behavioral goals and sensory
conditions change.•Adaptation to monaural deprivation can occur throughout the …

Distress vocalizations (also known as alarm or screams) are an important component of the
vocal repertoire of a number of animal species, including bats, humans, monkeys and birds …

Experimental evidence supports that cortical oscillations represent multiscale temporal
modulations existent in natural stimuli, yet little is known about the processing of these …

The primary auditory cortex (A1) is an essential, integrative node that encodes the
behavioral relevance of acoustic stimuli, predictions, and auditory-guided decision-making …

Echolocating bats use the delay between their sonar emissions and the reflected echoes to
measure target range, a crucial parameter for avoiding collisions or capturing prey. In many …

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 …

Precise temporal coding is necessary for proper acoustic analysis. However, at cortical level,
forward suppression appears to limit the ability of neurons to extract temporal information …

Current source density (CSD) analysis assesses spatiotemporal synaptic activations at
somatic and/or dendritic levels in the form of depolarizing current sinks. Whereas many …

Echolocating bats use echoes of their sonar emissions to determine the position and
distance of objects or prey. Target distance is represented as a map of echo delay in the …