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UID:20250818T110153EDT-6984f0lgCX@132.216.98.100
DTSTAMP:20250818T150153Z
DESCRIPTION:Near-Inertial Waves and their Interaction with Geostrophic Curr
 ents\n\nNear-inertial waves (NIWs)\, i.e. inertia-gravity waves with a fre
 quency close to f\, account for about half of the wave energy in the ocean
 . Mainly forced by wind\, NIWs propagate downward into the ocean’s interio
 r. NIWs are ubiquitous in the oceans\, superimposed over geostrophic curre
 nts. However\, it is unclear if they exchange energy with the balanced flo
 w\, thus influencing the circulation. Using a two-layer shallow-water mode
 l\, we investigate this question. We compare our results with those from t
 he Xie & Vanneste (2015) model\, which highlights energy transfers from th
 e balanced flow to NIWs potential energy. We find the same result\, though
  via a different mechanism.\n
DTSTART:20160127T193000Z
DTEND:20160127T200000Z
LOCATION:Room 934\, Burnside Hall\, CA\, QC\, Montreal\, H3A 0B9\, 805 rue 
 Sherbrooke Ouest
SUMMARY:Student Seminar: Alexis Riopel
URL:/meteo/channels/event/student-seminar-alexis-riope
 l-255068
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