We typically imagine echolocation as “seeing” with sound—experiencing auditory signals as a world of images like the ones our ...

A ccording to a new study, we may have been thinking about dolphins’ echolocation all wrong. Rather than using it to “see” ...

For Dolphins, Echolocation May Be More Like ‘Touching’ Than ‘Seeing’ Dolphins seem to “feel” their way across the sea with narrow, sweeping beams of sonar ...

Dolphins Can 'See' Underwater By Using 'Echolocation' Technique, Scientists Find A team of researchers has managed to delve deeper into the minds of dolphins. They are hopeful that it will aid them in ...

Local residents and marine authorities joined forces to rescue a pod of more than 400 dolphins that became stranded along Vumawimbi Beach on Pemba Island in Tanzania's Zanzibar archipelago, a local ...

At the heart of their extraordinary capabilities lies echolocation—a biological sonar system that involves the emission of high‐frequency sound pulses and the precise analysis of returning echoes.

Since his first findings were announced in 1940, numerous studies have been made in the field of echolocation, and it is the one area of bat life that has been investigated in any depth. In addition ...

Scientists mapped dolphin and whale brains to uncover how echolocation works, revealing they may use sound more like touch than sight.

In the quiet depths of Türkiye’s Blue Homeland, a new chapter of national defence and engineering unfolds beneath the waves.

Our understanding of sonar based sensing is very limited in comparison to light based imaging. In this work, we synthesize a ShapeNet variant in which echolocation replaces the role of vision. A new ...