A growing number of studies ask whether and how bird songs vary between areas with low
versus high levels of anthropogenic noise. Across numerous species, birds are seen to sing …

Methods for the fully automatic detection and species classification of odontocete whistles
are described. The detector applies a number of noise cancellation techniques to a …

Several cetacean and pinniped species use the northeastern Chukchi Sea as seasonal or
year-round habitat. This area has experienced pronounced reduction in the extent of …

Automatic algorithms for the detection and classification of sound are essential to the
analysis of acoustic datasets with long duration. Metrics are needed to assess the …

Passive acoustic monitoring has proven to be an indispensable tool for many aspects of
baleen whale research. Manual detection of whale calls on these large data sets demands …

Focusing on the need of covert underwater acoustic communication, a camouflage
underwater acoustic communication approach is proposed in this paper. The idea is to …

Whistle contour extraction aims to derive animal whistles from time-frequency spectrograms
as polylines. For toothed whales, whistle extraction results can serve as the basis for …

The effective analysis of Passive Acoustic Monitoring (PAM) data has the potential to
determine spatial and temporal variations in ecosystem health and species presence if …

Abstract KM3NeT (Cubic Kilometer Neutrino Telescope) is a research infrastructure that
comprises two underwater neutrino detectors located at different sites in the Mediterranean …

Passive acoustic monitoring (PAM) is commonly utilized to monitor cetacean species'
distribution, abundance, and behavior. The demand for automated methods to detect and …