Extreme ocean temperature events are becoming increasingly common due to global
warming, causing catastrophic ecological and socioeconomic impacts,,,–. Despite extensive …

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

As a major sink of anthropogenic heat and carbon, the Southern Ocean experienced
pronounced warming with increasing extreme temperature events over the past decades …

Mesoscale eddies have been widely documented for their significant role in regulating
oceanic heat absorption and redistribution. However, our understanding of their thermal …

Typically, compared with the normal ocean, an anticyclonic eddy has higher sea surface
temperature (SST), greater surface mixed-layer depth (MLD), and a bowl-shaped structure …

Mesoscale eddies are ubiquitous features of the global ocean circulation. Traditionally,
anticyclonic eddies are thought to be associated with positive temperature anomalies while …

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

The seasonal variations and driving mechanisms of the surface and subsurface chlorophyll-
a concentrations in the Bay of Bengal are far from resolved, as only a few local, short-term …

To understand the interaction between tropical cyclones (TCs) and the upper ocean in the
Bay of Bengal (BoB), TC Nada in 2016 is studied by analyzing ocean reanalysis data, ocean …

In the northern Bay of Bengal, the existence of intense temperature inversion during winter is
a widely accepted phenomenon. However, occurrences of temperature inversion during …