Extant anuran amphibians originate from an evolutionary intersection eventually leading to
fully terrestrial tetrapods. In many ways, they have to deal with exposure to both terrestrial …

Anuran amphibians (frogs and toads) typically have a complex life cycle, involving aquatic
larvae that metamorphose to semi-terrestrial juveniles and adults. However, the anuran …

Assessing carryover effects from the aquatic to the terrestrial stage of pond-breeding
amphibians is critical as temperature and hydrologic regimes of temporary ponds continue …

The orientation of naive animals during their first migration is extensively studied in birds
and sea turtles, whereas the data for other groups such as amphibians are still scarce. To …

Population persistence often depends on functional connectivity for animals that transit
multiple vegetation types to acquire resources, particularly for dispersers navigating a …

Many amphibians in E urope and N orth A merica regularly use under‐road tunnels during
dispersal. However, such structures have not been shown to mitigate the impacts of road …

Animal movement and dispersal are key factors in population dynamics and support
complex ecosystem processes like cross‐boundary subsidies. Juvenile dispersal is an …

Olfaction is an important mechanism of orientation in amphibians toward the breeding site. It
is known that anurans can memorize the odor of the native pond during larval development …

Amphibian species are declining globally, and are now one of the most threatened taxon,
with over one-third of global amphibian species being listed by IUCN as Threatened …

Investigation into how animals move within the landscape is important for both
understanding of ecological processes and conservation management. Animal movement is …