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

The popularity of bioacoustics for threatened species monitoring has surged. Large volumes
of acoustic data can be collected autonomously and remotely with minimal human effort. The …

The use of passive acoustic monitoring in wildlife ecology has increased dramatically in
recent years as researchers take advantage of improvements in autonomous recording units …

Sound recordings obtained from passive acoustic monitoring systems are increasingly used
to sample animal biodiversity. However, sound recorders sample variable detection spaces …

In communication animals use a full range of signals: acoustic, visual, chemical, electrical
and tactile. The processes involved in how and why animals communicate have long held …

The avian dawn chorus presents a challenging opportunity to test autonomous recording
units (ARUs) and associated recogniser software in the types of complex acoustic …

Obtaining accurate information on the distribution, density, and abundance of animals is an
important first step toward their conservation. Methodological approaches using automatic …

Acoustic localisation technology has been widely tested and applied for passive acoustic
monitoring and ecological research, however, hardware costs of commercially available …

The ability for a machine learning model to cope with differences in training and deployment
conditions--eg in the presence of distribution shift or the generalization to new classes …

Ecologists are increasingly using bioacoustics in wildlife monitoring programs. Remote
autonomous sound recorders provide new options for collecting data for species and in …