Global warming poses a threat to lizard populations by raising ambient temperatures above
historical norms and reducing thermoregulation opportunities. Whereas the reptile fauna of …

Increases in temperature related to global warming have important implications for
organismal fitness. For ectotherms inhabiting temperate regions,'winter warming'is likely to …

Sister species that live in sympatry provide the possibility to analyse the level of divergence
in their ecological, physiological and life-history traits and how they can coexist without out …

The diversity of habitats generated by the Andes uplift resulted a mosaic of heterogeneous
environments in South America for species to evolve a variety of ecological and …

Ecophysiological plasticity determines, to a great extent, the geographic distribution and the
vulnerability of ectotherms to climate change. We studied the relationship between …

Given the rapid loss of biodiversity as consequence of climate change, greater knowledge of
ecophysiological and natural history traits are crucial to determine which environmental …

Behavioral and physiological traits of ectotherms are especially sensitive to fluctuations of
environmental temperature. In particular, niche‐specialist lizards are dependent on their …

Global warming is expected to affect movement‐related thermoregulation in ectotherms, but
the likely effects on thermoconforming lizards, which spend little energy in thermoregulation …

Physiological performance in lizards may be affected by climate across latitudinal or
altitudinal gradients. In the coastal dune barriers in central‐eastern Argentina, the annual …

Species range shifts under climate change scenarios are caused by many factors. An
integrative approach combining demographic distribution models (DDMs) and correlative …