Forecasting fields of oceanic phenomena has long been dependent on physical equation–
based numerical models. The challenge is that many natural processes need to be …

The dynamic of the thermohaline structure of the upper ocean, which depends on ocean–
atmosphere interactions, drives most near surface oceanic processes, including the control …

This paper proposes a convolutional neural network (CNN) method to estimate subsurface
temperature (ST) in the Pacific Ocean from a suite of satellite remote sensing …

Turbulent mixing, which is critically important for the equilibrium of ocean circulation, is
controlled by finescale turbulent shear (S 2) of oceanic flows through shear instability …

The equatorial cold tongue in the Pacific Ocean has been intensely studied during the last
decades as it plays an important role in air–sea interactions and climate issues. Recently …

Ocean dynamics initiate the structure of nutrient income driving primary producers, and
these, in turn, shape the distribution of subsequent trophic levels until the whole pelagic …

According to the complexity of ocean data, this paper adopts a parallel mining algorithm of
association rules to explore the correlation and regularity of oxygen, temperature …

Marine oxygen plays a fundamental role in regulating the transfer of organic carbon and
nutrients to their dissolved inorganic forms, serving as the terminal electron acceptor for …

Diapycnal mixing plays an important role in modulating upper‐ocean heat content of the
western equatorial Pacific (WEP) that profoundly impacts the global climate. Given the …

Observations have revealed that tropical instability waves (TIWs) play an important role in
the ocean mixing of the equatorial thermocline. However, most studies have not …