Mesoscale eddies affect phytoplankton in several ways, including the horizontal dispersal
and mixing of populations. Coherent eddies trap and contain fluid masses, whereas other …

Identifying oceanic eddy from remotely sensed sea surface height (SSH) data is challenging,
mainly because of its large-size variations. This article proposes an automatic identification …

Oceanic mesoscale cyclonic (anticyclonic) eddies usually have cold (warm) cores and
counterclockwise (clockwise) flow fields in the Northern Hemisphere. However,“abnormal” …

Oceanic mesoscale eddies continuously regulate the horizontal and vertical transport of
mass, heat, salt, carbon, and nutrients throughout the ocean system owing to their ubiquity …

The methods used to identify coherent ocean eddies are either Eulerian or Lagrangian in
nature, and nearly all existing eddy dataset are based on the Eulerian method. In this study …

Mesoscale eddies play an essential role in the freshwater transport, ocean circulation and
climate. Although there is no completely objective eddy dataset, observations can better …

Mesoscale eddies are ubiquitous in the ocean, yet our understanding of their evolutions,
particularly eddy merging processes, remains enigmatic. In this study, the merging …

The North Pacific Subtropical Countercurrent (STCC) region has high mesoscale eddy
activities due to its complex circulation structure. This study divides these mesoscale eddies …

Sea surface temperature (SST) is one of the essential variables of the Earth's climate
system. Being at the air–sea interface, SST modulates heat fluxes in and out of the ocean …

This paper presents a deep framework EddyDet to automatically detect oceanic eddies in
Synthetic Aperture Radar (SAR) images. The EddyDet has been developed using the Mask …