Current understanding of spatial ecology is insufficient in many threatened marine species,
failing to provide a solid basis for conservation and management. To address this issue for …

Current understanding of spatial ecology is insufficient in many threatened marine species,
failing to provide a solid basis for conservation and management. To address this issue for …

Marine turtles are highly migratory species that establish multiple connections among distant
areas, through oceanic migration corridors. To improve the knowledge on the connectivity of …

The exceptional navigational skills, population biology, and historical ecosystem function of
green sea turtles (Chelonia mydas) have been the focus of intense scientific interest. Even …

Testing theories of dispersal is challenging in highly migratory species. In sea turtles,
population size, geographic distance, natal homing, and ocean currents are hypothesized to …

Genetic markers are often used to designate population units for management and
conservation, but widespread sharing of mitochondrial DNA control-region haplotypes …

Although it is commonly assumed that female sea turtles always return to the beach they
hatched, the pathways they use during the years preceding their first reproduction and their …

Understanding the spatial distribution of wildlife is fundamental to establish effective
conservation measures. Tracking has been key to assess movement patterns and …

Marine turtles migrate back to their natal region during reproduction, but the precision of this
homing behavior and how the precision varies among populations and across …

Characterizing coastal habitat interaction by endangered migratory marine species is
essential for implementing site-specific and international conservation actions. Determining …