As global temperatures increase throughout the coming decades, species ranges will shift.
New combinations of abiotic conditions will make predicting these range shifts difficult …

Adult leatherbacks are large animals (300–500 kg), overlapping in size with marine
pinniped and cetacean species. Unlike marine mammals, they start their aquatic life as 40 …

Environmentally cued hatching allows embryos to alter the time of hatching in relation to
environment through phenotypic plasticity. Spatially variable temperatures within shallow …

Many marine organisms (invertebrates, fishes) produce large numbers of small offspring
(larvae) that differ in appearance and behavior from adults. That outcome occurs because …

Global warming may pose a greater risk to species with unique thermal requirements during
each life stage than species with a similar thermal requirement throughout all life stages …

The pharmacokinetics of florfenicol (FFC) in green sea and hawksbill sea turtles were
evaluated following intramuscular (im) administration at two different dosages of 20 or 30 …

Understanding environmental cues determining behaviour and habitat use of species of
conservation concern is crucial if one aims at implementing sustainable management of …

Introduction Sea turtles face threats globally and are protected by national and international
laws. Allometry and scaling models greatly aid sea turtle conservation and research, and …

Past foraging success of diving air-breathing vertebrates can adversely affect future foraging
capabilities and costs through changes in circulation or increased metabolic costs …

The adult leatherback turtle Dermochelys coriacea overlaps in body size (300–500 kg) with
many marine mammals, yet develops from a 50 g hatchling. Adults can dive deeper than …