Seasonal dynamics of dissolved iron in the marginal ice zone of South Atlantic and Southern Oceans by Jansen van Vuuren, Lide

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Atmospheric drivers of ice drift in the Antarctic marginal ice zone by Womack, Ashleigh Catherine Stevenson

“…An initial 15- day analysis of pancake ice drift is presented, using the cluster of buoys, which shows: (1) exceptionally fast ice drift speeds and increased meandering of the buoys during cyclone activity; (2) high correlation of drift velocities with the surface wind velocities, even at 100% remotely sensed ice concentration, indicating free drift conditions where ice drift is primarily governed by wind; and (3) the presence of a clear energy peak (»13.5 hour period), which is suggested to be excited by the passage of cyclones through the transfer of momentum from wind. …”
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Assessment of the synoptic variability of the Antarctic marginal ice zone with in Situ observations by de Jong, Ehlke

“…Knowledge of sea ice variability, which contributes to the detection of climate change trends, stems primarily from remote sensing information. …”
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SHARC Buoy: Robust firmware design for a novel, low-cost autonomous platform for the Antarctic Marginal Ice Zone in the Southern Ocean by Jacobson, Jamie Nicholas

“…Sea ice in the Antarctic Marginal Ice Zone (MIZ) plays a pivotal role in regulating heat and energy exchange between oceanic and atmospheric systems, which drive global climate. …”
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