Passive acoustic monitoring (PAM) has emerged as a transformative tool for applied
ecology, conservation and biodiversity monitoring, but its potential contribution to …

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 …

The rise of passive acoustic monitoring and the rapid growth in large audio datasets is
driving the development of analysis methods that allow ecological inferences to be drawn …

Environmental sound is a powerful data source for investigating ecosystem health. To
capture it, scientists commonly use ruggedized, but expensive acoustic monitoring …

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

Vocalizations carry emotional, physiological and individual information. This suggests that
they may serve as potentially useful indicators for inferring animal welfare. At the same time …

Passive acoustic monitoring (PAM) is increasingly popular in ecological research and
conservation programs, with high‐volume and long‐term data collection provided by …

Acoustic indices are increasingly employed in the analysis of soundscapes to ascertain
biodiversity value. However, conflicting results and lack of consensus on best practices for …

Conservation areas around the world aim to help conserve animal biodiversity, but it is often
difficult to measure conservation success without detailed on-the-ground surveys. High …

Emerging evidence suggests that insect populations may be declining at local and global
scales, threatening the sustainability of the ecosystem services that insects provide. Insect …