Wind-generated waves in the Kara, Laptev, and East-Siberian Seas are investigated using altimeter data from Envisat RA-2 and SARAL-AltiKa. Only isolated ice-free zones had been selected for analysis. Wind seas can be treated as pure wind-generated waves without any contamination by ambient swell. Such zones were identified using ice concentration data from microwave radiometers. Altimeter data, both significant wave height (SWH) and wind speed, for these areas were further obtained for the period 2002-2012 using Envisat RA-2 measurements, and for 2013 using SARAL-AltiKa. Dependencies of dimensionless SWH and wavelength on dimensionless wave generation spatial scale are compared to known empirical dependencies for fetch-limited wind wave dev...
The estimates of the height and length of surface waves generated by polar lows in the Barents Sea a...
Satellite radar altimeters have improved our knowledge of Arctic sea ice thickness over the past dec...
The purpose of this dataset is to provide in situ wind waves observations in the open ocean. The dat...
Surface waves in the Arctic Seas are jointly analyzed using satellite altimeter observations, classi...
Wind-generated waves strongly interact with sea ice and impact air-sea exchanges, operations at sea,...
Satellite radar altimetry is a powerful tool for studying the sea ice and physical oceanography of t...
Wind-generated waves strongly interact with sea ice and impact air-sea exchanges, operations at sea,...
Over the past decade, the diminishing Arctic sea ice has impacted the wave field, which depends on t...
The reduction of the sea ice coverage increases the importance of wind waves in the Arctic. Updates ...
Open water areas surrounded by sea ice significantly influence the ocean-ice-atmosphere interaction ...
The significant reduction of the sea ice extent in the western Arctic has been observed by the susta...
The data from the X-band high resolution SAR satellite TerraSAR-X (TS-X) and its twin TanDEM-X (TD-X...
The estimates of the height and length of surface waves generated by polar lows in the Barents Sea a...
Satellite radar altimeters have improved our knowledge of Arctic sea ice thickness over the past dec...
The purpose of this dataset is to provide in situ wind waves observations in the open ocean. The dat...
Surface waves in the Arctic Seas are jointly analyzed using satellite altimeter observations, classi...
Wind-generated waves strongly interact with sea ice and impact air-sea exchanges, operations at sea,...
Satellite radar altimetry is a powerful tool for studying the sea ice and physical oceanography of t...
Wind-generated waves strongly interact with sea ice and impact air-sea exchanges, operations at sea,...
Over the past decade, the diminishing Arctic sea ice has impacted the wave field, which depends on t...
The reduction of the sea ice coverage increases the importance of wind waves in the Arctic. Updates ...
Open water areas surrounded by sea ice significantly influence the ocean-ice-atmosphere interaction ...
The significant reduction of the sea ice extent in the western Arctic has been observed by the susta...
The data from the X-band high resolution SAR satellite TerraSAR-X (TS-X) and its twin TanDEM-X (TD-X...
The estimates of the height and length of surface waves generated by polar lows in the Barents Sea a...
Satellite radar altimeters have improved our knowledge of Arctic sea ice thickness over the past dec...
The purpose of this dataset is to provide in situ wind waves observations in the open ocean. The dat...