Temperature-dependent sex determination (TSD) was first reported in 1966 in a lizard. 1
Since that time it has been shown to occur in a wide variety of reptiles, including all …

Early life environments shape phenotypic development in important ways that can lead to
long‐lasting effects on phenotype and fitness. In reptiles, one aspect of the early …

Recent increases in global temperatures have affected the phenology and survival of many
species of plants and animals. We investigated a case study of the effects of potential …

In species with temperature-dependent sex determination (TSD), global climate change may
result in a strong sex ratio bias that could lead to extinction. The relationship between sex …

A warming world poses challenges for species with temperature-dependent sex
determination, including sea turtles, for which warmer incubation temperatures produce …

Sex ratios of the American snapping turtle Chelydra serpentina are female-biased at cool
temperatures, male-biased at moderate temperatures, and only females are produced at …

Phenological shifts, by initiating reproductive events earlier, in response to advanced
seasonal warming is one of the most striking effects currently observed in wild populations …

Marine turtles deposit their eggs in underground nests where they develop unattended and
without parental care. Incubation temperature varies with environmental conditions …

Environmental sex determination may yield biased sex ratios, as is the case in many
reptilian species with temperature‐dependent sex determination (TSD). Determining TSD …

Comme toutes les autres espèces de tortues marines, Eretmochelys imbricata subit sa
différenciation sexuelle en fonction de la température, les températures d'incubation élevées …