Eugene A. Terray

TL;DR: In this article, the authors proposed a scaling for the rate of dissipation based on wind and wave parameters, and concluded that the dissipation rate under breaking waves depends on depth, to varying degrees, in three stages.

TL;DR: In this paper, the authors report observations of turbulence in Lake Ontario, taken under conditions of strong wave breaking, which reveal a greatly enhanced dissipation rate of kinetic energy close to the air-water interface, relative to the predictions of wall-layer theory.

TL;DR: Whales glides more during portions of dives when buoyancy aided their movement, and whales that glided more during ascent glided less during descent (and vice versa), supporting the hypothesis that buoyancy influences behavioural swimming decisions.

TL;DR: In this paper, the authors reported new measurements of turbulent kinetic energy dissipation made in the North Atlantic Ocean from a SWATH ship during the recent Surface Waves Dynamics Experiments (SWADE).

TL;DR: GasEx-2001, a 15-day air-sea carbon dioxide (CO 2 ) exchange study conducted in the equatorial Pacific, used a combination of ships, buoys, and drifters equipped with ocean and atmospheric sensors to assess variability and surface mechanisms controlling airsea CO 2 fluxes as mentioned in this paper.