The South China Sea (SCS) is the largest marginal sea in the northwestern Pacific, and it is
known for its complex multiscale dynamic processes, including basin-scale circulations …

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

Symmetric instability (SI) extracts kinetic energy from fronts in the surface mixed layer (SML),
potentially affecting the SML structure and dynamics. Here, a global submesoscale …

In this study the mesoscale and submesoscale features in the South China Sea (SCS) are
characterized based on a submesoscale-permitting numerical simulation (MITgcm llc4320) …

Although both geostrophic‐balanced mesoscale eddies and unbalanced small‐scale
processes have been well studied in the northeastern South China Sea (NE‐SCS), less …

The ocean surface mixed layer represents a critical interface linking the ocean and
atmosphere. The physical processes determining the surface mixed layer properties 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 …

The seasonality and generation mechanisms of submesoscale processes (SMPs) in the
northern Bay of Bengal (nBoB) are investigated by the outputs of a high-resolution model …

This paper overviews research progress in observation, theoretical analysis and numerical
modeling of submesoscale dynamic processes in the South China Sea (SCS) particularly …

Abstract The Kuroshio Loop Current (KLC) is an important form of Kuroshio intrusion into the
northeastern South China Sea (NESCS), which has significant influences on dynamical and …