Global warming could threaten over 400 species with temperature‐dependent sex
determination (TSD) worldwide, including all species of sea turtle. During embryonic …

Genome sequencing enables answering fundamental questions about the genetic basis of
adaptation, population structure and epigenetic mechanisms. Yet, we usually need a …

Reconstructing past events of hybridization and population size changes are required to
understand speciation mechanisms and current patterns of genetic diversity, and ultimately …

Climate change can impact regional and global biodiversity for multiple reasons. In sea
turtles, changes in local climate at nesting beaches can affect egg and hatchling survival …

Nest beach selection by sea turtles at a regional scale may depend on upper shore
environmental cues. Thus, the variability of sandy beach conditions, including coastal …

Population structure and phylogeography of the loggerhead sea turtle (Caretta caretta) have
so far been assessed mainly by mitochondrial DNA (mtDNA) single-gene sequencing …

We conducted a 5-year field (2017–2021) and laboratory study of the relationship between
type of substrate and hatching success, embryonic development, and the quality of …

Long-term monitoring of host-parasite interactions is important for understanding the
consequences of infection on host fitness and population dynamics. In an eight-year survey …

For species without parental care, such as sea turtles, nest site selection is particularly
important for embryo development, hatchling survival and, ultimately, reproductive success …

Brazil's second-largest reproductive colony of loggerhead turtles (Caretta caretta) has a long
history of overexploitation, with its temporal ecological dynamics still unknown. This study …