Horizontal and vertical motions associated with coherent mesoscale structures, including
eddies and meanders, are responsible for significant global transports of many properties …

Ageostrophic Secondary Circulation in a Subtropical Intrathermocline Eddy in: Journal of
Physical Oceanography Volume 47 Issue 5 (2017) Jump to Content Jump to Main …

After the launch of the Surface Water and Ocean Topography (SWOT) satellite planned for
2022, the region around the Balearic Islands (western Mediterranean Sea) will be the target …

Summertime upwelling system off the southern Vietnamese coast is one of the most
essential oceanographic features in the South China Sea. This system is divided into two …

Mesoscale currents account for 80% of the ocean's kinetic energy, whereas submesoscale
currents capture 50% of the vertical velocity variance. SWOT's first sea surface height (SSH) …

Vertical velocities at the ocean mesoscale are several orders of magnitude smaller than
corresponding horizontal flows, making their direct monitoring a still unsolved challenge …

Using mooring-observed horizontal velocities and temperature from July 28 to August 2,
2005, this study analyzes the temporal-vertical variation of the diagnostic vertical velocity …

The quasigeostrophic and the generalized omega equations are the most widely used
methods to reconstruct vertical velocity w from in situ data. As observational networks with …

The provision of high-resolution in situ oceanographic data is key for the ongoing
verification, validation and assessment of operational products, such as those provided by …

Mesoscale eddies have essential effects on the distribution of the different sizes of
phytoplankton and the status of phytoplankton physiology. The impact of mesoscale eddies …