Ocean Mixing: Drivers, Mechanisms and Impacts presents a broad panorama of one of the
most rapidly-develo** areas of marine science. It highlights the state-of-the-art concerning …

Ocean gliders enable us to collect the high-resolution microstructure observations
necessary to calculate the dissipation rate of turbulent kinetic energy, ε, on timescales of …

We report on a pilot study using a CO 2 optode deployed on a Seaglider in the Norwegian
Sea for 8 months (March to October 2014). The optode measurements required drift-and lag …

To further leverage the technical advantages of using manned submersibles to conduct
deep-sea habitat observations and their significant role in deep-sea environmental …

The use of a multi-functional autonomous underwater vehicle (AUV) as a platform for making
turbulence measurements in the ocean is developed. The layout optimization of the …

This study developed a new cross-platform instrument for microstructure turbulence
measurement (CPMTM) and evaluated its performance. The CPMTM is designed as an “all …

This study describes the development of a long-range hybrid autonomous underwater
vehicle (AUV) for ocean turbulence measurement. It is a unique instrument, combining the …

The non-turbulent signals are frequently found in the analysis of turbulence data. The
frequency of these signals varies with the underwater glider speed, while the peaks are …

Ocean gliders enable us to collect the high-resolution microstructure observations
necessary to calculate the dissipation rate of turbulent kinetic energy, ε, on timescales of …

Underwater glider (UG) is an ideal platform for turbulence measurements, but the vibration
inside the UG interferes with turbulence measurement. In order to reduce the influence of …