… , ambient salts threaten those whose cells cannot tolerate oceanwater or sufficiently regulate
… These glands are morphologically similar to that of a green sea turtle, Chelonia mydas, and …

… may influence BCI calculations (Fleming et al. 2020), our findings are similar to previous
reports of smaller body size in leatherback, green, and loggerhead sea turtle hatchlings with …

… We stored skin samples individually in a saturated salt (NaCl) … in body size between
leatherback sea turtle hatchlings from 2 … affecting endangered leatherback sea turtle populations. …

… Most information currently available on sea turtle metal contents comes from green turtles
(Chelonia mydas) and loggerheads (Caretta caretta), mainly derived from organs, muscles …

… SWA subpopulation, from other subpopulations of this species and other sea turtle species
are shown in Supplementary Table S3. As the set of nuclear loci used in each of these …

… implement regulations and policies for the production of … pollution on the migratory leatherback
sea turtle, specifically in … of marine plastics for leatherback sea turtles that migrate within …

… protection and rules prohibiting sea turtle commerce and direct capture on land and at … ,
skin, blood, and salt glands of marine animals affected including sea turtles [128]. In addition, …

… hatching success of Dermochelys coriacea decreases from … temperatures showed a positive
regulation of Hsp70 and … in the salt content of the sand, as even small amounts of salt in the …

… These observations suggest BCI differences due to life-stage class as observed in leatherbacks
(Dermochelys coriacea), … were performed according to NMFS and FWC regulations. …

… plasma samples of loggerhead sea turtles. Longer intervals … samples of nesting loggerhead
sea turtles. Longer intervals … Initially, the theory was interpreted as a set of rules regarding …