Add to ORKGReports the ability to differentiate between noise generated by ice in motion and that under shore-fast ice from underwater noise recorded by a remote instrument package (RIP) installed in the sea bottom south of Melville Island, Aug 1967-Aug 1968. Strip chart records of both ice types are shown, that for fast ice with wind speed and air temperatures at Mould Bay, Prince Patrick Island. Contrary to expectations, the ice cover was frequently in motion during Dec. Little correlation existed between the wind speed and the existence of motion
Fast ice plays important physical and ecological roles: as a barrier to wind, waves and radiation, a...
Acoustic experiments using an integrated ice station were carried out during August 2012 and Septemb...
The Arctic Ocean has experienced wide-spread decreases in sea ice concentrations that may impact var...
An unexpected result of the recording of underwater noise under sea-ice is the ability to detect the...
Volcanic ash occurs in a 12-m thick section of gravels, silt and sand, exposed on both sides of Gran...
WOSInternational audienceThis paper analyzes an 8-month time series (November 2005 to June 2006) of ...
Abstract: The physical processes accompanying glacier melting generate underwater sound audible in t...
International audienceA 13-month time series of Arctic Ocean noise from the marginal ice zone of Eas...
A description is given of the drift of ice in Western Parry Channel during the spring and summer of ...
International audienceEastern Beaufort Sea underwater noise was recorded from September 2005 to Octo...
The rapidly changing cryosphere motivates a better understanding of the physical processes governing...
Reviews the present state of knowledge of underwater sound obtained from experiments made on driftin...
The primary goal of this thesis is to utilize acoustical radiation from the Arctic ice cover to infe...
U.S. Coast Guard Cutter Healy\u27s underwater radiated noise signature was characterized in the cent...
A comparison study on underwater noise at the Chukchi plateau with and without ice cover helps to un...
Fast ice plays important physical and ecological roles: as a barrier to wind, waves and radiation, a...
Acoustic experiments using an integrated ice station were carried out during August 2012 and Septemb...
The Arctic Ocean has experienced wide-spread decreases in sea ice concentrations that may impact var...
An unexpected result of the recording of underwater noise under sea-ice is the ability to detect the...
Volcanic ash occurs in a 12-m thick section of gravels, silt and sand, exposed on both sides of Gran...
WOSInternational audienceThis paper analyzes an 8-month time series (November 2005 to June 2006) of ...
Abstract: The physical processes accompanying glacier melting generate underwater sound audible in t...
International audienceA 13-month time series of Arctic Ocean noise from the marginal ice zone of Eas...
A description is given of the drift of ice in Western Parry Channel during the spring and summer of ...
International audienceEastern Beaufort Sea underwater noise was recorded from September 2005 to Octo...
The rapidly changing cryosphere motivates a better understanding of the physical processes governing...
Reviews the present state of knowledge of underwater sound obtained from experiments made on driftin...
The primary goal of this thesis is to utilize acoustical radiation from the Arctic ice cover to infe...
U.S. Coast Guard Cutter Healy\u27s underwater radiated noise signature was characterized in the cent...
A comparison study on underwater noise at the Chukchi plateau with and without ice cover helps to un...
Fast ice plays important physical and ecological roles: as a barrier to wind, waves and radiation, a...
Acoustic experiments using an integrated ice station were carried out during August 2012 and Septemb...
The Arctic Ocean has experienced wide-spread decreases in sea ice concentrations that may impact var...