In this review, we consider the insight that has been gained through theoretical examination
of environmental sex determination (ESD) and thermolability–how theory has progressed …

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

Vertebrate sex‐determining mechanisms (SDM s) are triggered by the genotype (GSD), by
temperature (TSD), or occasionally, by both. The causes and consequences of SDM …

Crocodilians have temperature-dependent sex determination (TSD) in which incubation
temperature determines sex of embryo. Global warming is expected to alter hatchling sex …

Average air temperature is predicted to rise by at least 3° C across the 21st century. As
individual sex (male or female) is determined by temperature in many reptiles, there are …

As shown from several long‐term and time‐intensive studies, closely related, sympatric
species can impose strong selection on one another, leading to dramatic examples of …

Shifts in resource use may be an important mechanism by which organisms can adjust to
novel environmental conditions, such as those imposed by climate change. However, for …

Temperature-dependent sex determination (TSD) is well studied in many species of reptiles,
but little is known on how geographic distribution and altitude affect the sex ratio. In the …

We conducted nocturnal surveys in the insular and coastal areas of Coiba National Park
(CNP) and its mainland buffer zone in Panama (Chiriquí conservation site) from 2009–2012 …

C aiman latirostris has temperature‐dependent sex determination and is potentially
susceptible to environmental temperature fluctuations and, thus, to the global climate …