Recently, there has been a surge in cognition research using non‐avian reptile systems. As
a diverse group of animals, non‐avian reptiles [turtles, the tuatara, crocodylians, and …

Non-avian reptiles have long been neglect in cognitive science due to their reputation as
slow and inflexible learners, but fortunately, this archaic view on reptile cognition is …

Warming temperatures caused by climate change are predicted to vary temporally and
spatially. For mid‐and high‐latitude reptiles, the seasonal variation in warming temperatures …

We have a poor understanding of differences in learning performance between male and
female non-avian reptiles compared to other vertebrates. Learning studies in non-avian …

Climate change is generating range shifts in many organisms, notably along the elevational
gradient in mountainous environments. However, moving up in elevation exposes …

Research focused on understanding the evolutionary factors that shape parity mode
evolution among vertebrates have long focused on squamate reptiles (snakes and lizards) …

Increased global temperatures have opened previously inhospitable habitats, such as at
higher elevations. However, the reduction of oxygen partial pressure with increase in …

Low‐elevation species can migrate toward higher elevations to survive in a warming world.
However, animals' responses to hypoxia when migrating to high elevations have rarely been …

Co** with novel environments may be facilitated by plastic physiological responses that
enable survival during environmentally sensitive life stages. We tested the capacity for …

The effects of warming temperatures on embryonic and hatchling development are critical
for determining the vulnerability of species to climate warming. However, these effects have …