Abstract: Independent estimates of the frequency?wavenumber spectrum of near-inertial waves for the Sargasso Sea in late summer were made using 8 time series of horizontal velocity from a single moored vertical array and 58 vertical ...

Abstract: Repeated profiles of microstructure and shear alongside a drogued buoy show a 10 m thick mixing zone at the same depth as a near-inertial feature. Because the profile was diffusively stable and free of thermohaline intrusions, ...

Abstract: In the shear stratified flow below the surface mixed layer in the central equatorial Pacific, energetic near-N (buoyancy frequency) internal waves and turbulence mixing were observed by the combination of a Lagrangian ...

Abstract: In the shear stratified flow below the surface mixed layer in the central equatorial Pacific, energetic near-N (buoyancy frequency) internal waves and turbulence mixing were observed by the combination of a Lagrangian ...

Abstract: cyclones (TCs) change the ocean by mixing deeper water into the surface layers, by the direct air?sea exchange of moisture and heat from the sea surface, and by inducing currents, surface waves, and waves internal to the ...