Highly migratory marine species can travel long distances and across entire ocean basins to
reach foraging and breeding grounds, yet gaps persist in our knowledge of oceanic …

Oceanic currents are known to broadly shape the dispersal of juvenile sea turtles during
their pelagic stage. Accordingly, simple passive drift models are widely used to investigate …

Although long-distance transport of marine organisms is constrained by numerous oceanic
and biological factors, some species have evolved life-histories reliant on such movements …

The current paper presents the first detailed investigation of open-ocean dispersal of
hatchlings and juveniles of the critically endangered western Pacific leatherback turtle …

In the South Atlantic Ocean, few data exist regarding the dispersal of young oceanic sea
turtles. We characterized the movements of laboratory-reared yearling loggerhead turtles …

Although oceanic dispersal in larval and juvenile marine animals is widely studied, the
relative contributions of swimming behavior and ocean currents to movements and …

Simple Summary Tracking juvenile animals is often difficult due to their small body sizes. We
put miniature satellite tags on 40 captive-raised (“head-started”) green sea turtles (Chelonia …

Aim The lives of juvenile leatherback turtles are amongst the most enigmatic of all marine
mega‐vertebrates. For these cryptic organisms, ocean models provide important insights …

Abstract Background The Northwest Atlantic (NWA) leatherback turtle (Dermochelys
coriacea) subpopulation is one of the last healthy ones on Earth. Its conservation is thus of …

Background The juvenile stage of loggerhead sea turtles (Caretta caretta) can last for
decades. In the North Pacific Ocean, much is known about their seasonal movements in …