Climate change and habitat modification both alter thermal environments and species
distributions. However, these drivers of global change are rarely studied together, even …

Predicting the biodiversity impacts of global warming implies that we know where and with
what magnitude these impacts will be encountered. Amphibians are currently the most …

Realistic predictions about the impacts of climate change onbiodiversity requires gathering
ecophysiological data and the critical thermal maxima (CTMax) is the most frequently used …

Phenotypic plasticity may allow ectotherms with complex life histories such as amphibians to
cope with climate‐driven changes in their environment. Plasticity in thermal tolerance (ie …

Concerns over the consequences of global climate change for biodiversity have spurred a
renewed interest in organismal thermal physiology. However, temperature is only one of …

Due to their highly permeable skin and ectothermy, terrestrial amphibians are challenged by
compromises between water balance and body temperature regulation. The way in which …

Tropical montane amphibians have been the focus of recent and crucial conservation efforts.
These initiatives require understanding on how elevation influences amphibian body …

Organisms inhabiting a specific environment often have distinct morphology, but the factors
that affect this fit are unclear when multiple morphological traits affect performance in …

The cane toad (R hinella marina) invasion of Australia has now reached areas much colder
than most of its native range in tropical America. Understanding the toad's ability to function …

Introduction Individuals should aim to adjust their parental behaviours in order to maximize
the success of their offspring but minimize associated costs. Plasticity in parental care is well …