Identifying the individuals within a population can generate information on life history
parameters, generate input data for conservation models, and highlight behavioural traits …

Many studies have revealed that animal vocalizations, including those from mammals, are
individually distinctive. Therefore, acoustic identification of individuals (AIID) has been …

Individuals of some species differentiate each other on the basis of the acoustic features of
their vocalizations, and this can be used in individual‐based population monitoring studies …

The relationships between haematozoan parasites, cell-mediated immune response,
territory features and colour morph were investigated in tawny owls Strix aluco, in the Park of …

Most studies dealing with individual pattern in acoustic signals are based on recordings
made within a few hours or a few days. However, in long-lived animals, individual signatures …

Acoustic individual discrimination has been demonstrated for a wide range of animal taxa.
However, there has been far less scientific effort to demonstrate the effectiveness of …

Non-direct effects of predation can be an important component of the total effect of predation,
modulating animal population and community dynamics. The isolated effects of predation …

Capsule: Territory monitoring using playback of calls is a reliable approach for assessing
population trends of Tawny Owls Strix aluco, particularly when human resources are limited …

Dispersal in raptors and their underlying mechanisms remain largely unknown because of
the difficulties inherent to track highly mobile and often shy species across large landscapes …

Recent studies suggest that individually distinctive vocalizations found in many avian
species can be used in population monitoring. In this study we assessed whether vocal …