Several populations of odontocete cetaceans, including at least 19 species, have modified
their behavior and adapted to foraging in association with trawlers. We review information …

Bottlenose dolphins (Tursiops spp.) display a remarkably diverse array of individual and
cooperative foraging tactics across their global distribution that typically reflect local …

Some mammalian species that have not succumbed to pervasive human impacts and
encroachments have managed to adapt to certain types of human activities. Several …

Both natural and human-related foraging strategies by the common bottlenose dolphin
(Tursiops truncatus) have resulted in social segregation in several areas of the world …

The prevalence of small cetacean (including dolphins, porpoises and small odontocete
whales) bycatch in fisheries worldwide remains an ongoing conservation and welfare …

Common bottlenose dolphins (Tursiops truncatus) live in a large variety of habitats, where
they confront a wide range of ecological challenges to which they have developed diverse …

Human interactions can have negative effects on individuals and populations of dolphins.
Quantifying these effects is essential for conservation. Common bottlenose dolphins …

Estuaries are biologically productive systems that support many cetacean populations and
serve as Key Words: foraging, hotspots, cetacean, estuimportant nursery grounds for their …

Increasing depletion of fish stocks in the Mediterranean Sea intensifies conflicts between
fisheries and marine mammals, such as the common bottlenose dolphin (Tursiops truncatus …

Common bottlenose dolphins (Tursiops truncatus) in North Carolina (NC) are vulnerable to
fisheries bycatch (fisheries interactions [FI]), particularly in gill nets. Although observed …