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

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

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 …

Species with temperature-dependent sex determination (TSD) can experience biased sex
ratios in natural conditions, which raises questions the vulnerability of populations in the …

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

For organisms with temperature-dependent sex determination (TSD), skewed offspring sex
ratios are common. However, climate warming poses the unique threat of producing extreme …

For species with temperature-dependent sex determination (TSD) there is the fear that rising
temperatures may lead to single-sex populations and population extinction. We show that for …

The study of temperature‐dependent sex determination (TSD) in vertebrates has attracted
major scientific interest. Recently, concerns for species with TSD in a warming world have …

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 change poses a serious threat to species that demonstrate temperature‐dependent
sex determination, including marine turtles. Increased temperatures can result in highly …