As biodiversity decreases worldwide, the development of effective techniques to track
changes in ecological communities becomes an urgent challenge. Together with other …

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 …

Technologies to monitor species are constantly evolving including the use of acoustic
recordings to determine species presence, activity patterns and population dynamics. The …

Human activities are affecting biodiversity to a greater extent than ever. Consequently, tools
that can efficiently monitor changes in communities are becoming increasingly important. In …

Different marine habitats are characterised by different soundscapes. How or which
differences may be representative of the habitat characteristics and/or community structure …

Acoustic indicators serve as an effective means of assessing the quality of urban green
space soundscape. The informative, easy accessibility and non-invasive nature of acoustic …

Sound is an inherent component of the environment that provides conditions and
information necessary for many animal activities. Soniferous species require specific …

Understanding how human-dominated landscapes affect biodiversity and ecosystems is
essential for effective conservation planning. This work aims to understand the relationship …

Passive acoustic monitoring (PAM) involves recording the sounds of animals and
environments for research and conservation. PAM is used in a range of contexts across …

Context Expanding oil palm plantations have caused widespread deforestation and
biodiversity loss in Southeast Asia, stigmatizing the industry around the world regardless of …