Long-term recordings of acoustic signals allow us to reveal biological patterns not previously
available. We aimed to determine the patterns of chorusing of the invasive cane toad …

The development of new acoustic technologies has promoted remarkable advances in
biodiversity monitoring. Passive acoustics is increasingly being used in ecological research …

Temporal variation represents an important component in understanding the structure of
ecological communities and species coexistence. We examined calling phenology of an …

The structure of the environment surrounding signal emission produces different patterns of
degradation and attenuation. The expected adjustment of calls to ensure signal transmission …

Frogs have developed biochemical and physiological adaptations to occupy diverse
ecological niches on Earth successfully. Survival in frozen states is a fascinating strategy …

Because anuran species are highly dependent on environmental variables, we
hypothesized that anuran species richness and the number of reproductive modes from …

Understanding physiological and environmental determinants of strategies of reproductive
allocation is a pivotal aim in biology. Because of their high metabolic cost, properties of …

Anurans undergo significant physiological changes when exposed to environmental
stressors such as low temperatures and humidity. Energy metabolism and substrate …

Organism survival and reproduction are affected by the ability to synchronize behaviour and
physiological condition to the season, typically using photoperiod. However, temperature …

We evaluated tadpole communities of temporary and permanent ponds, in order to
understand how community richness varies monthly in a subtropical humid climate, to …