The signature whistle of the Atlantic bottlenose dolphin (Tursiops truncatus) is a well-studied acoustic signal know for broadcasting identity and maintaining contact with conspecifics. Several studies have investigated the use of this signal surrounding the birth of calves to dolphin social groups, although there appears to be discrepancies between the findings of these studies. We aimed to add to the current literature in an attempt to reconcile some of these inconsistencies through investigation of signature whistle production by a bottlenose dolphin group two months prior to and two months following the birth of a calf to one of the social group members. We found that the production of signature whistles matching the contour belonging t...
This thesis examines the behavior and acoustic communication of bottlenose dolphins in Shark Bay, We...
Studies on captive bottlenose dolphins, Tursiops trumcatus, have shown that each individual produces...
The signature whistle hypothesis states that dolphins produce highly stereotyped, individually disti...
The signature whistle of the Atlantic bottlenose dolphin ( Tursiops truncatus ) is a...
Acoustic signaling plays a central role in dolphin societies and is utilized to maintain contact wit...
Bottlenose dolphins Tursiops truncatus produce individually distinctive signature whistles. Dolphins...
Author Posting. © Society for Marine Mammalogy, 2008. This is the author's version of the work. It ...
International audienceBottlenose dolphins are highly social cetaceans with an extensive sound produc...
Bottlenose dolphins are an important species of interest because they possess a variety of abilities...
Human caregivers interacting with children typically modify their speech in ways that promote attent...
We examine the contexts and patterns of “signature” whistle production by wild bottlenose dolphin mo...
Bottlenose dolphins (Tursiops truncatus) create sound such as whistles, clicking, squeaking, creakin...
International audienceBottlenose dolphins are social cetaceans that strongly rely on acoustic commun...
<div><p>A signature whistle type is a learned, individually distinctive whistle type in a dolphin's ...
Individual recognition of conspecifics is important for various reasons in both terrestrial and mari...
This thesis examines the behavior and acoustic communication of bottlenose dolphins in Shark Bay, We...
Studies on captive bottlenose dolphins, Tursiops trumcatus, have shown that each individual produces...
The signature whistle hypothesis states that dolphins produce highly stereotyped, individually disti...
The signature whistle of the Atlantic bottlenose dolphin ( Tursiops truncatus ) is a...
Acoustic signaling plays a central role in dolphin societies and is utilized to maintain contact wit...
Bottlenose dolphins Tursiops truncatus produce individually distinctive signature whistles. Dolphins...
Author Posting. © Society for Marine Mammalogy, 2008. This is the author's version of the work. It ...
International audienceBottlenose dolphins are highly social cetaceans with an extensive sound produc...
Bottlenose dolphins are an important species of interest because they possess a variety of abilities...
Human caregivers interacting with children typically modify their speech in ways that promote attent...
We examine the contexts and patterns of “signature” whistle production by wild bottlenose dolphin mo...
Bottlenose dolphins (Tursiops truncatus) create sound such as whistles, clicking, squeaking, creakin...
International audienceBottlenose dolphins are social cetaceans that strongly rely on acoustic commun...
<div><p>A signature whistle type is a learned, individually distinctive whistle type in a dolphin's ...
Individual recognition of conspecifics is important for various reasons in both terrestrial and mari...
This thesis examines the behavior and acoustic communication of bottlenose dolphins in Shark Bay, We...
Studies on captive bottlenose dolphins, Tursiops trumcatus, have shown that each individual produces...
The signature whistle hypothesis states that dolphins produce highly stereotyped, individually disti...