Submesoscale processes in the upper ocean vary seasonally, in tight correspondence with
mixed layer thickness variability. Based on a global high‐resolution MITgcm simulation …

The spatial scale of submesoscales is an important parameter for studies of submesoscale
dynamics and multiscale interactions. The horizontal spatial scales of baroclinic, geostrophic …

Oceanic submesoscale processes (submesoscales) with O (1–10) km horizontal scale can
generate strong vertical buoyancy flux (VBF) that significantly modulate upper‐ocean …

Although observational efforts have been made to detect submesoscale currents
(submesoscales) in regions with deep mixed layers and/or strong mesoscale kinetic energy …

Some relatively mature mesoscale eddy products have been released for scientific purposes
in recent decades. However, the metrics used to identify eddies, the tracking methods, and …

Although submesoscale processes are revealed to have a strong seasonality in many
regions of global ocean, their seasonal modulation in the northeastern South China Sea …

Although submesoscale coherent vortices (SCVs) have been observed in different parts of
the world's oceans, most of them were captured by accident by a limited number of …

Oceanic submesoscale processes mainly arise from phenomena such as jets, density fronts,
and mesoscale eddies. Previous studies suggest that the overall submesoscale processes …

Submesoscale process is an important part in the kinetic energy cascade from large‐scale
circulation to turbulent dissipation, and a key component of the global heat budget. Its …

This study investigates the dynamics and diurnal variations of submesoscale motions
around an anticyclonic eddy with a cold core using observations and simulations. Glider …