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

When female fecundity is relatively independent of male abundance, while male
reproduction is proportional to female abundance, females have a larger effect on …

Populations that experience different local climates, such as those along a latitudinal
gradient, must match life history traits to local environmental conditions. In species with …

Background Quantifying primary sex ratios is essential for assessing how global warming
will influence the population dynamics of species with temperature-dependent sex …

Temperature can have a profound effect on the phenotype of reptilian offspring, yet the bulk
of current research considers the effects of constant incubation temperatures on offspring …

Abstract Most Emydidae, including Diamond-backed Terrapins (Malaclemys terrapin), have
temperature-dependent sex determination. However, the full relationship between …