Conservationists are increasingly using autonomous acoustic recorders to determine the
presence/absence and the abundance of bird species. Unlike humans, these recorders can …

Large bioacoustic archives of wild animals are an important source to identify reappearing
communication patterns, which can then be related to recurring behavioral patterns to …

Increasing sound in the ocean from human activity potentially threatens marine animals that
use sound to communicate, detect prey, avoid predators and function within their ecosystem …

Vocalizations in animals, particularly birds, are critically important behaviors that influence
their reproductive fitness. While recordings of bioacoustic data have been captured and …

In this paper, we present an automatic method, without human supervision, for the detection
and classification of blue whale vocalizations from passive acoustic monitoring (PAM) data …

Passive bioacoustic recording devices are now widely available and able to continuously
record remotely located sites for extended periods, offering great potential for wildlife …

Group living often requires maintaining dynamic and varied relationships with fellow group
members, while simultaneously monitoring and interacting with external competitors. Group …

The comparison of acoustic complexity across individuals is often essential for
understanding the evolution of acoustic signals. In many animal taxa, as a proxy of acoustic …

Passive acoustic monitoring (PAM) coupled with automated species identification is a
promising tool for species monitoring and conservation worldwide. However, high false …

Geographic patterns of song variation are common in passerines and can develop as a
consequence of the mechanisms of song acquisition and dispersal. In particular, the timing …