The ocean is the main heat reservoir in Earth's climate system, absorbing most of the top-of-
the-atmosphere excess radiation. As the climate warms, anomalously warm and fresh ocean …

We contend that ocean turbulent fluxes should be included in the list of Essential Ocean
Variables (EOVs) created by the Global Ocean Observing System. This list aims to identify …

Small-scale turbulent mixing drives the upwelling of deep water masses in the abyssal
ocean as part of the global overturning circulation. However, the processes leading to …

The seasonality of the vertical mixing at coastal sites is not well characterized yet. Here, a
time series of the dissipation rate of turbulent kinetic energy (ε) was obtained from weekly …

Turbulent mixing in the ocean, lakes and reservoirs facilitates the transport of momentum,
heat, nutrients, and other passive tracers. Turbulent fluxes are proportional to the rate of …

Thermal microstructure profiling is an established technique for investigating turbulent
mixing and stratification in lakes and oceans. However, it provides only quasi-instantaneous …

Earth's Energy Imbalance (EEI), the rate of net solar energy absorbed by the Earth, shows
an increased trend in the past two decades at least partly as a result of increased …

Velocity and turbulence observations are used to estimate the forward cascade of kinetic
energy from the internal tide to dissipation within a steep canyon. The semidiurnal tide is the …

Our group has integrated the epsilometer, a microstructure sensor, onto an APEX Argo float
as a part of Argo-mix, a new branch of the Argo mission. Argo floats are designed to be …