Anurans exhibit plasticity in the timing of metamorphosis and tadpoles show phenotypic
plasticity in age and size at metamorphosis as a response to temperature variation. This …

Temperature-induced developmental plasticity could allow amphibian larvae to complete
metamorphosis successfully despite new thermal challenges and increased desiccation risk …

In organisms with complex life cycles, environmentally induced plasticity across sequential
stages can have important consequences on morphology and life history traits such as …

Biological and methodological factors influence the upper thermal limits (UTL) of ectothermic
animals, but most factors have been studied independently. Few studies have integrated …

Summary 1 Anurans exhibit high levels of growth‐mediated phenotypic plasticity in age and
size at metamorphosis. Although temperature and food quality exert a strong influence on …

Summary 1 To survive adverse or unpredictable conditions in the ontogenetic environment,
many organisms retain a level of phenotypic plasticity that allows them to meet the …

Extreme temperatures during heat waves can induce mass-mortality events, but can also
exert sublethal negative effects by compromising life-history traits and derailing sexual …

Complex life-histories may promote the evolution of different strategies to allow optimal
matching to the environmental conditions that organisms can encounter in contrasting …

Climate change is expected to increase amphibian extinction rates; however, little is known
about the physiological responses of amphibian populations to climate change projections …

Anuran larvae exhibit high levels of phenotypic plasticity in growth and developmental rates
in response to variation in temperature and food availability. We tested the hypothesis that …