Climate change is occurring at an unprecedented rate and has begun to modify the
distribution and phenology of organisms worldwide. Chelonians are expected to be …

Sex in crocodilians is not determined by chromosomes, but by egg incubation temperature,
where different temperatures produce different clutch sex ratios. Two patterns have been …

Few studies have looked into climate change resilience of populations of wild animals. We
use a model higher vertebrate, the green sea turtle, as its life history is fundamentally …

Phenological shifts, by initiating reproductive events earlier, in response to advanced
seasonal warming is one of the most striking effects currently observed in wild populations …

Over 9000 articles have been published on turtles and tortoises (excluding sea turtles) since
1950 according to the Web of Science, including over 8000 contained in a personal …

Population‐scale responses of key ecological traits to local environmental conditions
provide insight into their adaptive potential. In species with temperature‐dependent sex …

Sea turtles are vertebrates with temperature-dependent sex determination. Rising
temperatures due to climate change cause female-biased sex ratios. We have assessed the …

Adaptation to increasing temperatures may enable species to mitigate the long-term impacts
of climate change. Sea turtles have temperature dependent sex determination (TSD) and …

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

Spatial structure has been shown to favor female-biased sex allocation, but current theory
fails to explain male biases seen in many taxa, particularly those with environmental sex …