Network analysis has recently been used to delve into the dynamics of cetacean sociality.
Few studies, however, have addressed how habitat shape influences sociality, specifically …

Stable isotope ratios and fatty acid signature analyses were employed to examine the fine-
scale population structure of a year-round resident population of 600–800 bottlenose …

Abstract Information on the abundance and distribution of cetaceans is essential to
management and conservation and necessary to assess mortality trends and anthropogenic …

Abstract A total of 6,896 dolphins, including 196 neonates, were observed, and 649
individuals were identified. Common bottlenose dolphins (Tursiops trunca- Spatial …

Systematic long-term monitoring of abundance and distribution is essential to management
and conservation and necessary to assess mortality trends and anthropogenic impacts for …

The coastal bottlenose dolphin is well studied throughout its natural range, though most
research focuses on wide, well-protected habitats such as bays and estuaries rather than on …

Background While cetaceans have been extensively studied around the world, nocturnal
movements and habitat use have been largely unaddressed for most populations. We used …

Adult female bottlenose dolphins (Tursiops truncatus) form fission–fusion social networks
and adjust their association patterns with respect to their reproductive status. It is commonly …

In animal societies with fission‐fusion dynamics, demographic disturbances can influence
the social and spatial structure of the population. Within the Indian River Lagoon (IRL) …

Worldwide research of bottlenose dolphins (Tursiops truncatus) has led to varied definitions
and terminology regarding ways to group dolphins for study and management. An …