Aquatic environments encompass the world's most extensive habitats, rich with sounds
produced by a diversity of animals. Passive acoustic monitoring (PAM) is an increasingly …

Soundscapes have substantially changed since the industrial revolution and in response to
biodiversity loss and climate change. Human activities such as shipping, resource …

Underwater radiated noise from shipping is globally pervasive and can cause deleterious
effects on marine life, ranging from behavioural responses to physiological effects. Acoustic …

The underwater sound distribution generated by natural sources, shipping and trawling
activities has been computed by the Quonops© modelling webservice for the Northern …

Fish species and aquatic invertebrates are sensitive to underwater sound particle motion.
Studies on the impact of sound on marine life would benefit from sound particle motion …

The mobility and activity restrictions imposed in Spain due to the COVID-19 pandemic
caused a significant improvement in the urban noise pollution that could be objectively …

A prediction model for shipping noise in range-dependent environments based on coupled-
mode theory is presented, as an enhancement to existing adiabatic normal-mode …

The characterisation of marine soundscapes allows observation of spatiotemporal
distribution of vocalising species and human activities, which can inform an assessment of …

An underwater sound modeling assessment was performed of fishing boats in the
Jabuka/Pomo Pit Fisheries Restricted Area (FRA) in the Adriatic Sea, offshore of Italy and …

The purpose of the present document is to give guidance on the setting of EU threshold
values related to anthropogenic continuous noise in water1. Such guidance is meant to be …