Resolving natal populations for juvenile green turtles is challenging given their potential for
extensive dispersal during the oceanic stage and ontogenetic shifts among nursery habitats …

Knowledge of the spatial and temporal distribution of green sea turtle (Chelonia mydas)
nesting is crucial for management of this species. Limited data exist on the nesting patterns …

The green turtle (Chelonia mydas) foraging aggregation along the Texas coast has
increased dramatically in recent years, but the source populations for these turtles have not …

Understanding population structure and migration patterns is critical for conservation of
marine species that undertake seasonal migrations, often spanning entire oceans, between …

Marine turtles are globally endangered species that spend more than 95% of their life cycle
in in-water habitats. Nevertheless, most of the conservation, recovery and research efforts …

Longitudinal data sets for population abundance are essential for studies of imperiled
organisms with long life spans or migratory movements, such as marine turtles. Population …

The in-water status of green turtles (Chelonia mydas) in the northwestern Gulf of Mexico has
received comparatively little attention in the management and conservation of this species in …

The ecology of sea turtles has been assessed mostly at nesting sites, although sea turtles
spend most of their lives at sea. The ecology of green turtles in the East Pacific has been …

Abstract Chelonia mydas (Green Turtle) foraging areas, where juveniles, subadults, and
adults of diverse natal origins coalesce and spend a large portion of their lives, can be …

Given differing trajectories of sea turtle populations worldwide, there is a need to assess and
report long-term population trends and determine which conservation strategies are …