Low mode internal waves are able to propagate across ocean basins and modulate ocean
dynamics thousands of kilometers away from their generation sites. In this study, the impact …

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 …

The diurnal internal tides contribute nearly a quarter of global baroclinic tidal energy.
However, their roles in shaping the spatiotemporal inhomogeneity of the tidal energy field …

Within coral reefs, different thermal environments can be found at locations separated by
less than 100 s of meters and can generate fine-scale patterns of thermal stress and …

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 …

A long-standing challenge in dynamical oceanography is to distinguish nonlinearly
intermingled dynamical regimes of oceanic flows. Conventional approaches focus on time …

Reflection of the K1 internal tides (ITs) in the northern South China Sea (SCS) is
investigated using a high‐resolution three‐dimensional numerical model. The simulated …

Both the semidiurnal and diurnal internal tides in the Banda Sea were investigated using
multi‐satellite altimeter data, through a combination of plane wave analysis technique and …

We present an empirical model of the seasonal variability of the internal tide using seasonal
harmonics to modulate the amplitude of the fundamental tidal constituents. Internal tide data …

Multi‐directional propagating nonlinear internal waves (NLIWs) create complex spatial
patterns, often making it difficult to quantitatively estimate the reflection and dissipation …