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 …

Mesoscale eddies are ubiquitous in the global ocean and can be captured by marine
multichannel seismic surveys. In this study, a short‐lived anticyclonic eddy is characterized …

High‐resolution horizontal and vertical distribution of dissolved organic carbon (DOC),
chromophoric, and fluorescent dissolved organic matter (CDOM and FDOM) were …

Seismic reflection profiling of thermohaline structure has the potential to transform our
understanding of oceanic mixing and circulation. This profiling, which is known as seismic …

Abstract Model biases are substantial in ocean and coupled ocean‐atmosphere simulations
in the tropical Pacific Ocean, including a too cold tongue and too diffuse thermocline. These …

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 …

Climate models suffer from significant biases over the tropical Pacific Ocean, including a too-
cold cold tongue and too-warm temperature at the depth of the thermocline. The emergence …

Abstract The Mariana Ridge is one of the prominent mixing hotspots of the open ocean. The
high-resolution underway marine seismic reflection technique provides an improved …

Abstract The Andaman Sea (AS) is characterized by surprisingly weak stratification in its
deep basin in drastic contrast to the nearby Bay of Bengal (BoB), presumably due to strong …

Abstract The Japan/East Sea is well ventilated and is the most oxygen-rich region in the
Pacific. However, quantitative estimates of the turbulent fluxes are missing due to a lack of …