Bottlenose dolphins use a variety of foraging specializations to detect and pursue prey. Like other mammals, individual dolphins may use specialized foraging techniques that are shaped in response to habitat or particular prey resources. The long duration of the mother-calf bond presents an opportunity for mothers to transmit such specializations to their calves, and cases of observational learning by dolphins are well known from captive colonies. This study explored how specializations may influence choices of habitat use and on how such specializations may spread within a community. A focal follow technique was used to document the foraging behavior of five resident females and their calves from June-August 2003 in Sarasota, FL. Females s...
Abstract In this study, we investigate association patterns of 249 bottlenose dolphin feeding groups...
Bottlenose dolphins live in fission-fusion societies, characterized by frequent changes in group siz...
Human activities can affect the behaviour of mammals through the modification of habitats, changes i...
We analysed the association patterns of 22 bottlenose dolphins (Tursiops truncatus) identified as re...
Both natural and human-related foraging strategies by the common bottlenose dolphin (Tursiops trunca...
Adult female bottlenose dolphins (Tursiops truncatus) form fission-fusion social networks and adjust...
Many studies have shown that the distribution of cetaceans can be closely linked to habitat, but the...
Common bottlenose dolphins (Tursiops truncatus) are behaviorally flexible cetaceans that have adapte...
Two sympatric dolphin species, Stenella frontalis and Tursiops truncatus, resident to Little Bahama ...
Genes and culture are two inheritance systems through which information can be passed on between gen...
Individuals often associate socially with those who behave the same way. This principle, homophily, ...
Female mammals play a central role in determination of social structure and are thus central to unde...
Bottlenose dolphins are intelligent marine mammals and exhibit complex feeding behaviors, including ...
Individuals often associate socially with those who behave the same way. This principle, homophily, ...
Stomach contents of a resident community of bottlenose dolphins (Tursiops truncatus) from the Saraso...
Abstract In this study, we investigate association patterns of 249 bottlenose dolphin feeding groups...
Bottlenose dolphins live in fission-fusion societies, characterized by frequent changes in group siz...
Human activities can affect the behaviour of mammals through the modification of habitats, changes i...
We analysed the association patterns of 22 bottlenose dolphins (Tursiops truncatus) identified as re...
Both natural and human-related foraging strategies by the common bottlenose dolphin (Tursiops trunca...
Adult female bottlenose dolphins (Tursiops truncatus) form fission-fusion social networks and adjust...
Many studies have shown that the distribution of cetaceans can be closely linked to habitat, but the...
Common bottlenose dolphins (Tursiops truncatus) are behaviorally flexible cetaceans that have adapte...
Two sympatric dolphin species, Stenella frontalis and Tursiops truncatus, resident to Little Bahama ...
Genes and culture are two inheritance systems through which information can be passed on between gen...
Individuals often associate socially with those who behave the same way. This principle, homophily, ...
Female mammals play a central role in determination of social structure and are thus central to unde...
Bottlenose dolphins are intelligent marine mammals and exhibit complex feeding behaviors, including ...
Individuals often associate socially with those who behave the same way. This principle, homophily, ...
Stomach contents of a resident community of bottlenose dolphins (Tursiops truncatus) from the Saraso...
Abstract In this study, we investigate association patterns of 249 bottlenose dolphin feeding groups...
Bottlenose dolphins live in fission-fusion societies, characterized by frequent changes in group siz...
Human activities can affect the behaviour of mammals through the modification of habitats, changes i...