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The OPPIWaM project investigates how internal waves contribute to turbulent mixing in the ocean, a key factor influencing climate. It aims to enhance ocean circulation models by developing new theoretical and computational approaches to better understand and quantify this mixing process.
Oceanic Physics-based Parameterizations of Internal Wave-driven Mixing (OPPIWaM) tackles one of the most pressing open problems in physical oceanography: how energy cascades toward the small scales to fuel turbulent mixing, one of the main drivers of the large-scale overturning circulation with huge impacts on the Earth’s climate.
Mixing scales are below the resolution of ocean circulation models, and the current parameterizations are static and empirical, resulting in high uncertainty in model…
UNIVERSITA DEGLI STUDI DI TORINO
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