Alterations have occurred and continue to manifest in the Earth's biota as a result of climate
change. Animals exhibiting temperature dependent sex determination (TSD), including sea …

Climate warming and the feminization of populations due to temperature‐dependent sex
determination may threaten sea turtles with extinction. To identify sites of heightened risk, we …

Global climate change is expected to have major impacts on biodiversity. Sea turtles have
temperature-dependent sex determination, and many populations produce highly female …

Species that display temperature-dependent sex determination are at risk as a result of
increasing global temperatures. For marine turtles, high incubation temperatures can skew …

For many oviparous animals, incubation temperature influences sex through temperature-
dependent sex determination (TSD). Although climate change may skew sex ratios in …

Climate change and land‐use change are leading drivers of biodiversity decline, affecting
demographic parameters that are important for population persistence. For example …

Sea turtles have temperature-dependent sex determination. Because females are produced
at high temperatures, increasing global temperature may lead to population feminization …

Abstract Knowledge of the sex ratio of a population is crucial to understand their structure
and dynamics. For species, such as marine turtles, with temperature-dependent sex …

All marine turtles have temperature-dependent sex determination (TSD), and there is
mounting evidence that climate change has increased sand temperatures at some …

Species with temperature-dependent sex determination (TSD) are likely to be impacted by
climate change. There is a paucity of data on the contemporary sex ratios of offspring …