Humans who use echolocation have better acuity in localizing a target from 45 degrees to the side compared to directly ahead at 0 degrees.
Motor areas of the cerebral cortex are dedicated to sonar production and wing control in Egyptian fruit bats.
A new study sheds light on auditory perception in bats.
Study confirms learning click-based echolocation can help those experiencing vision loss to maintain mobility while providing a sense of independence.
Bats map the world in units of time, unlike humans who map the world in units of distance.
Oscillations in the fronto-striatal network predict whether a bat is about to use echolocation or vocalized communication.
Researchers report not all bats are blind, but some have selected superior acoustic abilities over vision through evolution.
Researchers have investigated the mouth clicks in human echolocation. They hope to use synthetic human clicks to investigate how sounds can reveal the physical features of an object.
A new study considers how echolocation can benefit visually impaired people to navigate safely through the environment.
Researchers solve a long standing mystery of the neural mechanism behind the Lombard effect.
To find a mate, mice use unique high frequency sounds using a mechanism that has only previously been observed in supersonic jet engines, a new study reports.
A new study reports the elephantnose fish utilizes both its eyes and electrolocation to explore objects in its environment.
