Add to ORKGAssessment of the underwater acoustic radiated noise during a marine piling operation was carried out in UK coastal waters in April 2006. A 2 m diameter, 65 m long test pile was driven into a "hard chalk‟ sediment. The pile was placed in an area of average water depth of 10-15 m approximately 3 km offshore
Acknowledgements This project was funded by the UK's Department for Business, Energy and Industrial ...
In November 2011, the National Renewable Energy Center (narec) launched their offshore wind demonstr...
Underwater noise from human activities appears to be rising, with ramifications for acoustically sen...
This paper describes a methodology that has been developed for measuring marine piling noise, which ...
The most commonly used method for the installation of offshore wind turbine foundations in the shall...
The impact of man-made underwater noise on the marine environment has in recent years received incre...
Underwater radiated noise is often an unintended by-product of offshore activities, and the increasi...
Anthropogenic noise emission in the marine environment has always been an environmental issue of ser...
This is the final report for project MALSF MEPF 09/P108, funded by the Aggregate Levy Sustainability...
To meet the growing demand for carbon-free energy sources, the European Union (EU) has ambitious pla...
The installation of offshore wind farms in European waters and the scale of the planned activity hav...
Because of the concern about potential effects on marine pile driving, the industry is developing si...
The Impacts of man-made underwater noise on the marine environment have received increased attention...
The conversion of wave energy into electrical energy has the potential to become a clean and sustain...
Foundation pile driving during offshore construction has led to increasing concerns regarding radiat...
Acknowledgements This project was funded by the UK's Department for Business, Energy and Industrial ...
In November 2011, the National Renewable Energy Center (narec) launched their offshore wind demonstr...
Underwater noise from human activities appears to be rising, with ramifications for acoustically sen...
This paper describes a methodology that has been developed for measuring marine piling noise, which ...
The most commonly used method for the installation of offshore wind turbine foundations in the shall...
The impact of man-made underwater noise on the marine environment has in recent years received incre...
Underwater radiated noise is often an unintended by-product of offshore activities, and the increasi...
Anthropogenic noise emission in the marine environment has always been an environmental issue of ser...
This is the final report for project MALSF MEPF 09/P108, funded by the Aggregate Levy Sustainability...
To meet the growing demand for carbon-free energy sources, the European Union (EU) has ambitious pla...
The installation of offshore wind farms in European waters and the scale of the planned activity hav...
Because of the concern about potential effects on marine pile driving, the industry is developing si...
The Impacts of man-made underwater noise on the marine environment have received increased attention...
The conversion of wave energy into electrical energy has the potential to become a clean and sustain...
Foundation pile driving during offshore construction has led to increasing concerns regarding radiat...
Acknowledgements This project was funded by the UK's Department for Business, Energy and Industrial ...
In November 2011, the National Renewable Energy Center (narec) launched their offshore wind demonstr...
Underwater noise from human activities appears to be rising, with ramifications for acoustically sen...