Marine renewable developments have raised concerns over impacts of underwater noise on marine species, particularly from pile-driving for wind turbines. Environmental assessments typically use generic sound...
Read More
Ambient noise in ocean is a complex combination of numerous types of natural and anthropogenic noise. The noise is dominant in all frequencies from 1 Hz...
Read More
A key task in the JOMOPANS project is to select verified and validated modelling methods applicable for generating maps of ambient noise in the North Sea,...
Read More
QUIETMED – Joint programme on noise (D11) for the implementation of the Second Cycle of the MSFD in the Mediterranean Sea
The QUIETMED project is running a number of pilot runs for monitoring and consequently establishing trends in acoustic noise present in the Mediterranean Sea according to...
Read More
European Marine Strategy Framework Directive Good Environmental Status (MSFD-GES)
There are many kinds of anthropogenic energy that human activities introduce into the marine environment including sound, light and other electromagnetic fields, heat and radioactive energy....
Read More
The purpose of this report is to present a description of the physics underlying the Research Ambient Noise Directionality noise model version 3.1, hereafter referred to...
Read More
Ocean ambient noise results from both anthropogenic and natural sources. Different noise sources are dominant in each of 3 frequency bands: low (10 to 500 Hz),...
Read More
Maritime traffic is the main contributor to anthropogenic underwater noise; its increase changes the acoustic landscape. To follow these evolutions, maps of ambient noise are created...
Read More