Hidden Eddies in Antarctic Tides Push Heat Toward the Ross Ice Shelf
A high-resolution model of the Ross Sea reveals that slope topography shapes the tides into three eddy-like structures and bottom-trapped ...
A high-resolution model of the Ross Sea reveals that slope topography shapes the tides into three eddy-like structures and bottom-trapped ...
A new study shows the global MPAS–O ocean model, refined to 1.4 kilometers over the Gulf of Mexico, reproduces the ...
A new Ocean Science study shows that an eddy-resolving ocean reanalysis detects about 62 percent of satellite-observed North Atlantic mesoscale ...
New ocean model experiments show that declining chlorophyll a in the equatorial Atlantic warms the eastern basin, weakens upwelling, and ...
A high-resolution simulation of the South China Sea shows that the local dissipation ratio of internal tides varies from 0.3 ...
A new idealized study shows that assimilating ocean eddies through their defining parameters, rather than gridded fields, prevents the structural ...
Controlled experiments with the FESOM 2 ocean model show that refining the vertical grid near the seafloor, rather than the ...
New idealized simulations reveal that interactions between slope currents and seafloor corrugations create a systematic prograde bias and cap retrograde ...
A new Ocean-Land-Atmosphere Research paper argues that AI oceanography will only fulfill its promise when machine learning models are constrained ...
A rare set of coastal CTD profiles from the northern Bay of Bengal reveals that global ocean models miss the ...
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© 2025 Scienmag - Science Magazine