Efforts to meet climate change targets are resulting in rapid and global expansion of offshore
windfarms. In many regions, development areas are also used by protected marine …

Despite increasing concern about the effects of anthropogenic noise on marine fauna,
relevant research is limited, particularly in those inaccessible species, such as the Little …

Ships unintentionally radiate underwater noise mainly due to propeller cavitation under
usual operations. In 2022, the International Maritime Organization started a review of the …

Underwater noise generated by human activities has become a major reason of concern
over the past decades as human exploitation of world seas became more intense. A key to …

Anthropogenic noise from navigation is a major contributor to the disturbance of the acoustic
soundscape in underwater environments containing noise-sensitive life forms. While …

Abstract The Enhancing Cetacean Habitat and Observation (ECHO) source-level model was
statistically derived using nearly 10,000 vessel transits along Canada's western coast …

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 …

There are gaps in our understanding of sturgeon's response to anthropogenic sounds and
the spatial scales at which they occur. We measured spatial displacement of Atlantic …

Electrification of ships offers zero-emission travel and is spreading rapidly, but the relation
between electric ship propulsion and noise pollution is not generally understood. Here …

Concern is growing about the impacts of continuous underwater radiated noise (URN) from
ships on marine fauna. In anticipation of future regulation new tools are needed for the …