Species can adapt to climate change by adjusting in situ or by dispersing to new areas, and
these strategies may complement or enhance each other. Here, we investigate temporal …

Aim As anuran reproduction is generally linked to the availability of water, frogs and toads
are particularly sensitive to climate. We tested the effect of climate on anuran reproductive …

In the last century, a plethora of species have shown rapid phenological changes in
response to climate change. Among animals, amphibians exhibit some of the greatest …

Temperate ectotherms have responded to recent environmental change, likely due to the
direct and indirect effects of temperature on key life cycle events. Yet, a substantial number …

Climate change is one of the key drivers of the dramatic erosion of global biodiversity.
Poikilothermic organisms, such as amphibians, are particularly prone to alterations in …

A mechanistic understanding of phenology, the seasonal timing of life history events, is
important for understanding species' interactions and the potential responses of ecological …

The breeding phenology of wood frogs (Lithobates sylvaticus) in subarctic ecosystems is
closely tied to the weather conditions at the onset of spring. With climate change occurring at …

Environmental change is predicted to accelerate into the future and will exert strong
selection pressure on biota. Although many species may be fated to extinction, others may …

Background Climate change has driven shifts in breeding phenology of many amphibians,
causing phenological mismatches (eg, predator-prey interactions), and potentially …

Anthropogenic habitat modification significantly challenges biodiversity. With its
intensification, understanding species' capacity to adapt is critical for conservation planning …