Mesoscale eddies are circular water currents found widely in the ocean and significantly
impact the ocean's circulation, water distribution, and biology. However, our comprehension …

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

Subsurface chlorophyll maxima (SCM) is a crucial ecological indicator for marine
ecosystems. Previous studies have indicated that this phenomenon is globally widespread …

Accurate prediction of oceanic eddy trajectory is crucial for monitoring ocean climate
change, but the complex dynamics mechanism and changeable environmental effects make …

Ocean eddies have a significant impact on marine ecosystems and the climate because they
transport essential substances in the ocean. Detection of ocean eddies has become one of …

Deep chlorophyll maximum (DCM) is a common oceanographic phenomenon characterized
by a significant peak in chlorophyll concentration at a specific depth below the ocean …

Understanding mesoscale eddies' dynamics and their impact on oceanic processes requires
accurate retrieval of subsurface temperature and salinity distributions. Traditional methods …

Internal solitary waves (ISWs) are a ubiquitous phenomenon in the world's oceans. The
Lombok Strait shows active ISWs occurrence. However, a comprehensive study on ISW in …