Non‐linear internal waves (NLIW) are important to processes such as heat transfer, nutrient
replenishment and sediment transport on continental shelves. Our unique field observations …

Internal tides are energetic in the Mariana arc, but their three‐dimensional radiation and
dissipation remain unexplored, particularly the trench‐arc‐basin impacts. Here, the …

Internal tides generated from multiple sites create complicated interference patterns, often
making it difficult to identify the origin, direction of propagation, and dissipation of individual …

Joint effects of winds and tides on near-inertial internal waves (NIWs) are numerically
investigated via a series of three-dimensional quasi-realistic simulations in the northern …

The dissipation and mixing associated with topographically generated internal waves form a
critical component of ocean physics. In this chapter, we present a review of the basic …

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 …

Internal solitary-like waves (ISWs) evolve considerably when passing through a critical point
separating the deep water where ISWs are waves of depression and shallower water where …

Estimating ocean processes in regions with sparse observations, and where dynamics are
dominated by strong barotropic and baroclinic tides, poses a significant modelling …

Internal waves drive ocean mixing and enhance the transport of heat, momentum and other
tracers in shelf seas. We collected observations of mixing over a 30‐day period from three …

The generation and propagation of internal tides in the Andaman Sea are investigated using
a three-dimensional high-resolution numerical model. Three categories of experiments …