Passive acoustic monitoring is a non‐invasive tool for automated wildlife monitoring. This
technique has several advantages and addresses many of the biases related to traditional …

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

Acoustic monitoring has been tested as an alternative to the traditional, human-based
approach of surveying birds, however studies examining the effectiveness of different …

Current knowledge regarding the vocal behavior in tropical non-passerines is very limited.
Here, we employed passive acoustic monitoring to study the vocal activity of the white-tipped …

Island species are disproportionately threatened with extinction, and invasive species are
the primary driver of biodiversity loss. Globally, eradicating invasive mammals from small …

Abstract Linear Transport Infrastructure (LTI) often has important impacts on wildlife and
landscape processes. Two reviews provided early insight and nuance into LTI impacts on …

Manually annotating audio files for bird species richness estimation or machine learning
validation is a time‐intensive task. A premium is placed on the subselection of files that will …

Passive acoustic monitoring has grown in utility for tracking wildlife populations, although
challenges remain when using acoustic detections to monitor population size and density …

ABSTRACT Autonomous Recording Units (ARUs) are widely used to survey for a variety of
taxa. This survey method allows for high spatial and temporal coverage but will typically …

The Straw-headed Bulbul Pycnonotus zeylanicus is one of South-East Asia's most
threatened songbirds due to relentless demand for the regional cage-bird trade. The species …