Ocean surface waves propagating into the marginal ice zone influence the extent and properties of sea ice through wave–ice interactions. However, the attenuation of wave energy by sea ice remains poorly represented in wave models used for climate projections and operational forecasting, and no universally applicabl...
Zhao-Hui Cheng, Ø. Breivik, J. Rabault et al.· Journal of Physical Oceanogr...· 0 citations
This study discusses recent advances in modeling waves in sea ice in the U.S. Navy's regional modeling system. It is applied in the marginal seas of the eastern Arctic Ocean, including the Barents Sea, Kara Sea, parts of the Greenland Sea, Norwegian Sea, and waters north of Svalbard. The focus is to assess the skills o...
W. Rogers, Jie Yu, J. Rabault et al.· Ocean Modelling· 1 citation
Simulating the trajectory of surface drifters in the ocean matters for search and rescue, pollution tracking, oil and chemical spill response, and marine risk analysis. Accurate prediction remains difficult, as widely acknowledged in the literature, and also illustrated by the ``Forecasting Floats in Turbulence''challe...
J. Rabault, K. Dagestad, G. Hope· 0 citations
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