Efficient eddy trajectory prediction driven by multiinformation fusion can facilitate the
scientific research of oceanography, while the complicated dynamics mechanism makes this …

Oceanic motions across meso‐, submeso‐, and turbulent scales play distinct roles in vertical
heat transport (VHT) between the ocean's surface and its interior. While it is commonly …

In recent years, the Arctic Ocean has experienced a dramatic decrease in sea ice cover,
leading to enhanced turbulent mixing and eddy activity. Due to the scarcity of high …

Studies regarding oceanic mesoscale and submesoscale processes and their impact on
chlorophyll are mainly confined to weeks to decadal time scales. Based on biogeochemical …

The surface currents in coastal areas are closely related to the ecological environment and
human activities, and are influenced by both local and remote factors of different timescales …

Eddies are structures of recognized physical and biogeochemical relevance. Because of
their small space and time scales, submesoscale eddy detection is a challenge, and …

Submesoscale currents are known to be associated with strong vertical velocities (O (10)
m/day), regulating the redistributions of energy and matter balances. The northern South …

Over the past decade, marine heatwaves (MHWs) research has been conducted in almost
all of the world's oceans, and their catastrophic effects on the marine environment have …

Energetic mesoscale eddies are often accompanied by strong submesoscale variability,
which plays a significant role in connecting mesoscale and turbulent motions in the ocean …

Submesoscale oceanic structures (< 10-20 km) such as eddies and fronts are often difficult
to describe given the influence of the mesoscale. In order to characterize the surface …