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 implications of climate change for global biodiversity may be profound with those
species with little capacity for adaptation being thought to be particularly vulnerable to …

Climate change is a clear and present threat to species survival. For species with
temperature-dependent sex determination, including all sea turtles, it has been …

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 have temperature‐dependent sex determination (TSD) often produce highly
skewed offspring sex ratios contrary to long‐standing theoretical predictions. This ecological …

Problem: For temperature-dependent sex determination to respond to selection, there
should be genetic variance underlying the threshold that switches development from a male …

Under temperature-dependent sex determination (TSD), temperatures experienced by
embryos during development determine the sex of the offspring. Consequently, populations …

In a warming climate, male sea turtles may become increasingly rare due to temperature-
dependent sex determination with females being produced at warmer temperatures. Hence …

For species of conservation concern, knowledge of key life‐history and demographic
components, such as the number and sex ratio of breeding adults, is essential for accurate …