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 …

Developing embryos of oviparous reptiles show substantial plasticity in their responses to
environmental conditions during incubation, which can include altered sex ratios …

While demographic changes in short-lived species may be observed relatively quickly in
response to climate changes, measuring population responses of long-lived species …

Climate change can not only increase the exposure of organisms to higher temperatures but
can also drive phenological shifts that alter their susceptibility to conditions at the onset of …

Chelonians are expected to be negatively impacted by climate change due to limited vagility
and temperature‐dependent sex determination. However, few studies have examined how …

Life histories evolve in response to constraints on the time available for growth and
development. Nesting date and its plasticity in response to spring temperature may therefore …

With the recent increase in utility-scale wind energy development, researchers have become
increasingly concerned how this activity will affect wildlife and their habitat. To understand …

Bet-hedging theory makes the counter-intuitive prediction that, if juvenile survival is low and
unpredictable, organisms should consistently reduce short-term reproductive output to …

A frequent response of organisms to climate change is altering the timing of reproduction,
and advancement of reproductive timing has been a common reaction to warming …

Hatchling emergence patterns were studied in a community of six species of freshwater
turtles in Lancaster County, Pennsylvania, USA, including: Chelydra serpentina, Chrysemys …