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 …

The past two decades have seen an ongoing paradigm shift from noise control to
soundscaping, and soundscape approaches have been applied in noise management …

The rapidly developing field of ecoacoustics offers methods that can advance multi-taxa
animal surveys at policy-relevant extents. While the field is promising, there remain …

Whether listening in a forest or on an open plain, by the side of a river or in the ocean, at the
outskirts of suburbia or right downtown, the Earth abounds with sounds. The use of the term …

Soundscape research has acquired a paramount role in biodiversity conservation as it may
provide timely and reliable information about the ecological integrity. The relationship …

Our experiences shape our knowledge and understanding of the world around us. The
natural vibrational environment (vibroscape) is hidden to human senses but is nevertheless …

Marine habitats are characterized by different underwater soundscapes, composed of
varying sources of anthropogenic, biological, and geological sounds. Passive acoustic …

Bioacoustic methods analyze sounds to monitor wildlife in forests, providing novel
perspectives to understand the relationship between forest vegetation structure and wildlife …

The ecoacoustics approach for environmental recordings analysis is used to understand
and identify big ecological patterns related to different sound sources, like animals, humans …

The soundscape of different habitats can be discriminated by multiple acoustic indices as
they have previously been related to vegetation characteristics. However, the relationship …