As a ubiquitous movement in the ocean, tides are vital for marine life and numerous marine
activities such as fishing and ocean engineering. Tidal dynamics are complicated in the East …

Floods in river deltas are driven by complex interactions between astronomical tides, sea
levels, storm surges, wind waves, rainfall‐runoff, and river discharge. Given the anticipated …

Using a large-scale observation array of 27 simultaneous pressure-recording inverted echo
sounders (PIESs), the standing wave features of the mode-1 M 2 internal tide west of the …

Mesoscale eddies (MEs) are active in the northern South China Sea, yet it is hard to
separate their impacts on the internal tides (ITs) from those of other subtidal circulation. This …

Energetic internal tides (ITs) are generated from the Luzon Strait (LS) and propagate
westward into the South China Sea (SCS). Owing to the lack of large-scale synchronous …

Tidal mixing in a shelf sea south of Japan (Bungo Channel) plays an important role in
modulating the water exchange between the Seto Inland Sea and Pacific Ocean. In this …

Internal waves close to the seafloor of abyssal oceans are the key energy suppliers driving
near-bottom mixing and the upwelling branches of meridional overturning circulation, but …

Through interactions with the continental margins, incident low‐mode internal tides (ITs) can
be reflected, scattered to high modes, transmitted onto the shelf and dissipated. We …

Tidal mixing around the Kuril Island Chain (KIC) significantly modulates the transport of
Okhotsk Sea Mode Water into the Pacific Ocean and, hence, the formation of North Pacific …

Recent mooring observations on the continental slope on the east side of the Dongsha
Island in the northeastern South China Sea (SCS) showed that an along-slope bottom …