Characteristics of sea ice drift off Queen Maud Land are described on the basis of the Argos buoy deployed on the ice floe in the pack ice region off Syowa Station on February 20,1992. The drift of the buoy is consistently westward with some variability. Averaged velocity of westward drift is about 20cm/s in the region from 39°E (February 20) to 14°E (April 10). The drift velocity becomes especially large west of the Riiser-Larsen Peninsula. Drift vectors of sea ice off Queen Maud Land are obtained from 68 NOAA AVHRR images. In general, the drift vectors approximately follow the bottom contours : they are mostly westward in the coastal region, northward in the east of Gunnerus Ridge. Both the buoy and AVHRR analyses suggest that the sea ice...
[1] During austral spring 2003, mesoscale sea ice drift and deformation off East Antarctica were inv...
The drift of 52 icebergs tagged with GPS buoys in the Weddell Sea since 1999 has been investigated w...
The objective of this study was to observe sea ice drift in the Barents Sea from satellite data and ...
The purpose of this study is to investigate sea ice distribution off Queen Maud Land on the basis of...
Antarctic sea-ice thickness, concentration and extent all play a vital role in controlling the exch...
High temporal resolution in situ measurements of pancake ice drift are presented, from a pair of buo...
As part of the Winter Weddell Sea Project 1986 (WWSP 86), a buoy, transmitting via TIROS-N satellite...
Sea-ice drift in the Antarctic marginal ice zone (MIZ) was investigated using an array of five drift...
Synthetic Aperture Radar (SAR) with its high resolution and capability to see through clouds is sui...
The eastern Weddell Sea region is an alley for drifting icebergs, which calve further east along the...
The growth of the Weddell Sea ice cover in 1980 is examined, using Nimbus-7 satellite Scanning Multi...
Two ensembles of buoys, deployed in the north-eastern Weddell Sea region of the Southern Ocean, are ...
From Sideways-Looking Airborne Radar (SLAR) imagery of sea ice obtained on three flights during the ...
ABSTRACT. From Sideways-Looking Airborne Radar (SLAR) imagery of sea ice obtained on three flights d...
[1] The motion of pancake ice was investigated using an array of specialised drifting buoys, deploye...
[1] During austral spring 2003, mesoscale sea ice drift and deformation off East Antarctica were inv...
The drift of 52 icebergs tagged with GPS buoys in the Weddell Sea since 1999 has been investigated w...
The objective of this study was to observe sea ice drift in the Barents Sea from satellite data and ...
The purpose of this study is to investigate sea ice distribution off Queen Maud Land on the basis of...
Antarctic sea-ice thickness, concentration and extent all play a vital role in controlling the exch...
High temporal resolution in situ measurements of pancake ice drift are presented, from a pair of buo...
As part of the Winter Weddell Sea Project 1986 (WWSP 86), a buoy, transmitting via TIROS-N satellite...
Sea-ice drift in the Antarctic marginal ice zone (MIZ) was investigated using an array of five drift...
Synthetic Aperture Radar (SAR) with its high resolution and capability to see through clouds is sui...
The eastern Weddell Sea region is an alley for drifting icebergs, which calve further east along the...
The growth of the Weddell Sea ice cover in 1980 is examined, using Nimbus-7 satellite Scanning Multi...
Two ensembles of buoys, deployed in the north-eastern Weddell Sea region of the Southern Ocean, are ...
From Sideways-Looking Airborne Radar (SLAR) imagery of sea ice obtained on three flights during the ...
ABSTRACT. From Sideways-Looking Airborne Radar (SLAR) imagery of sea ice obtained on three flights d...
[1] The motion of pancake ice was investigated using an array of specialised drifting buoys, deploye...
[1] During austral spring 2003, mesoscale sea ice drift and deformation off East Antarctica were inv...
The drift of 52 icebergs tagged with GPS buoys in the Weddell Sea since 1999 has been investigated w...
The objective of this study was to observe sea ice drift in the Barents Sea from satellite data and ...