Individually stereotyped vocalizations often play an important role in relocation of offspring in gregarious breeders. In phocids, mothers often alternate between foraging at sea and attending their pup. Pup calls are individually distinctive in various phocid species. However, experimental evidence for maternal recognition is rare. In this study, we recorded Weddell seal (Leptonychotes weddellii) pup vocalizations at two whelping patches in Atka Bay, Antarctica, and explored individual vocal variation based on eight vocal parameters. Overall, 58% of calls were correctly classified according to individual. For males (n = 12) and females (n = 9), respectively, nine and seven individuals were correctly identified based on vocal parameters. To...
A recognition system is required between pinniped mothers and pups. For otariids this is especially ...
Individual vocal recognition between mothers and pups has been widely observed in pinnipeds, especia...
As in all otariids, Australian sea lion, Neophoca cinerea, females alternate foraging trips at sea w...
Vocal recognition may function as a critical factor in maintaining the phocid mother-pup bond during...
* - indicates joint first authorship - The ability to discriminate between familiar and unfamiliar c...
Otariid seals (fur seals and sea lions) are colonial breeders with large numbers of females giving b...
International audiencePinnipeds have great potential for comparative studies of mother–pup recogniti...
International audienceIn otariids, mother's recognition by pups is essential to their survival since...
<div><p>In otariids, mother’s recognition by pups is essential to their survival since females nurse...
Trillmich F. Mutual mother-pup recognition in Galápagos fur seals and sea lions: cues used and funct...
In gregarious breeders, parents often use individually stereotyped vocalizations as a cue to relocat...
International audienceSubantarctic fur seals, Arctocephalus tropicalis, come ashore to breed in dens...
Colonial living imposes strong selection pressures on the communication systems of species with many...
International audienceIn colonial mammals like fur seals, mutual vocal recognition between mothers a...
International audienceIn pinnipeds and especially in otariids, mothers and pups develop the capacity...
A recognition system is required between pinniped mothers and pups. For otariids this is especially ...
Individual vocal recognition between mothers and pups has been widely observed in pinnipeds, especia...
As in all otariids, Australian sea lion, Neophoca cinerea, females alternate foraging trips at sea w...
Vocal recognition may function as a critical factor in maintaining the phocid mother-pup bond during...
* - indicates joint first authorship - The ability to discriminate between familiar and unfamiliar c...
Otariid seals (fur seals and sea lions) are colonial breeders with large numbers of females giving b...
International audiencePinnipeds have great potential for comparative studies of mother–pup recogniti...
International audienceIn otariids, mother's recognition by pups is essential to their survival since...
<div><p>In otariids, mother’s recognition by pups is essential to their survival since females nurse...
Trillmich F. Mutual mother-pup recognition in Galápagos fur seals and sea lions: cues used and funct...
In gregarious breeders, parents often use individually stereotyped vocalizations as a cue to relocat...
International audienceSubantarctic fur seals, Arctocephalus tropicalis, come ashore to breed in dens...
Colonial living imposes strong selection pressures on the communication systems of species with many...
International audienceIn colonial mammals like fur seals, mutual vocal recognition between mothers a...
International audienceIn pinnipeds and especially in otariids, mothers and pups develop the capacity...
A recognition system is required between pinniped mothers and pups. For otariids this is especially ...
Individual vocal recognition between mothers and pups has been widely observed in pinnipeds, especia...
As in all otariids, Australian sea lion, Neophoca cinerea, females alternate foraging trips at sea w...