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  2. Melon (cetacean) - Wikipedia

    en.wikipedia.org/wiki/Melon_(cetacean)

    The melon is structurally part of the nasal apparatus and comprises most of the mass tissue between the blowhole and the tip of the snout. The function of the melon is not completely understood, but scientists believe it is a bioacoustic component, providing a means of focusing sounds used in echolocation and creating a similarity between characteristics of its tissue and the surrounding water ...

  3. Whale vocalization - Wikipedia

    en.wikipedia.org/wiki/Whale_vocalization

    Most other whales and dolphins produce sounds of varying degrees of complexity. Of particular interest is the Beluga (the "sea canary") which produces an immense variety of whistles, clicks and pulses. [22] [23] It was previously thought that most baleen whales make sounds at about 15–20 hertz. [24]

  4. Vocal learning - Wikipedia

    en.wikipedia.org/wiki/Vocal_learning

    Vocal learning is the ability to modify acoustic and syntactic sounds, acquire new sounds via imitation, and produce vocalizations. "Vocalizations" in this case refers only to sounds generated by the vocal organ (mammalian larynx or avian syrinx) as opposed to by the lips, teeth, and tongue, which require substantially less motor control. [1]

  5. List of whale vocalizations - Wikipedia

    en.wikipedia.org/wiki/List_of_whale_vocalizations

    Whale vocalizations are the sounds made by whales to communicate. The word "song" is used in particular to describe the pattern of regular and predictable sounds made by some species of whales (notably the humpback and bowhead whales) in a way that is reminiscent of human singing. Humans produce sound by expelling air through the larynx.

  6. Dolphins might have a 'highly developed spoken language'

    www.aol.com/news/2016-09-13-dolphins-might-have...

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  7. Communication in aquatic animals - Wikipedia

    en.wikipedia.org/wiki/Communication_in_aquatic...

    Amphibians like frogs and toads can vocalise using vibrating tissues in airflow. For example, frogs use vocal sacs and an air-recycling system to make sound, while pipid frogs use laryngeal muscles to produce an implosion of air and create clicking noise. [7] Aquatic mammals such as seals and otters can produce sound using the larynx.

  8. Blowhole (anatomy) - Wikipedia

    en.wikipedia.org/wiki/Blowhole_(anatomy)

    Air sacs just below the blowhole allow whales to produce sounds for communication and, for toothed whales, echolocation. These air sacs are filled with air, which is then released again to produce sound in a similar fashion to releasing air from a balloon. When whales dive under water their nasal plug covers the nasal passage to the blowhole.

  9. Laughter in animals - Wikipedia

    en.wikipedia.org/wiki/Laughter_in_animals

    Donkeys are known to produce a unique vocalization called "braying," often described as a series of loud, distinct sounds. While this braying is typically a form of communication related to social interactions or environmental responses, recent studies suggest donkeys might also exhibit specific vocalizations in playful contexts that resemble ...