Large-amplitude internal waves induce currents and turbulence in the bottom boundary
layer (BBL) and are thus a key driver of sediment movement on the continental margins …

Internal waves are widespread features of global oceans that play critical roles in mixing and
thermohaline circulation. Similarly to surface waves, internal waves can travel long …

The interaction between internal solitary waves (ISWs) and the seabed has been extensively
studied, so do the energy loss, sediment resuspension, parameterization criterion and near …

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 …

We present direct numerical simulations of breaking solitary waves in shallow water to
quantify the energy dissipation during the active breaking time. We find that this dissipation …

High‐frequency measurements of stratified turbulence throughout the water column were
collected over a 2 week period in the nearshore environment of southern Monterey Bay, CA …

Breaking of shoaling internal solitary waves (ISWs) is important for mixing and mass
transport processes in oceans and lakes. For ISWs in a two-layer stratified fluid, previous …

Internal waves strongly influence the physical and chemical environment of coastal
ecosystems worldwide. We report novel observations from a distributed temperature sensing …

Internal solitary waves (ISWs) propagating in a two layer stratified fluid system are studied by
laboratory experiments through the standard lock-release method. We investigated the …

Large-amplitude internal solitary wave (ISW) shoaling, breaking, and run-up was tracked
continuously by a dense and rapidly sampling array spanning depths from 500 m to shore …