Acoustic surveys are a widely used sampling tool in ecological research and monitoring.
They are used to monitor populations and ecosystems and to study various aspects of …

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

Wildlife monitoring is essential for conservation science and data‐driven decision‐making.
Tropical forests pose a particularly challenging environment for monitoring wildlife due to the …

We present a deep learning approach towards the large-scale prediction and analysis of
bird acoustics from 100 different bird species. We use spectrograms constructed on bird …

Autonomous sound recording techniques have gained considerable traction in the last
decade, but the question remains whether they can replace human observation surveys to …

Autonomous sound recording is a promising sampling method for birds and other vocalizing
terrestrial wildlife. However, while there are clear advantages of passive acoustic monitoring …

Passive acoustic monitoring serves as a minimally invasive and effective method for
biodiversity assessment, particularly in bird monitoring through the application of acoustic …

Securing the long-term resilience of the world's most speciose avifauna, that of the
Neotropics, requires spatially and temporally explicit data to inform decisions. We examine …

Automated methods of monitoring ecosystems provide a cost‐effective way to track changes
in natural system's dynamics across temporal and spatial scales. However, methods of …

Autonomous sound recorders are increasingly used to survey birds, and other wildlife taxa.
Species richness estimates from sound recordings are usually compared with estimates …