The state of the art of the numerics of hydrostatic structured-grid coastal ocean models is
reviewed here. First, some fundamental differences in the hydrodynamics of the coastal …

Understanding the water circulation in oceans and coastal seas is among the key topics of
oceanographic and climate research. Hydrodynamic studies form the basis for many …

The ambient turbulence intensity in the upstream flow plays a decisive role in the behaviour
of horizontal axis marine current turbines. Experimental trials, run in the IFREMER flume …

Six recent Langmuir turbulence parameterization schemes and five traditional schemes are
implemented in a common single‐column modeling framework and consistently compared …

Accurate knowledge of the location and magnitude of ocean heat content (OHC) variability
and change is essential for understanding the processes that govern decadal variations in …

The inertial subrange dissipation method, where spectral fitting is performed on the velocity
spectra inertial subrange, is commonly used to estimate the dissipation of turbulent kinetic …

This paper presents a method to parameterize vertical turbulent mixing coefficients within
the ocean surface boundary layer (OSBL) for climate applications. The new method is …

Seasonal deoxygenation of coastal waters has been observed with increasing frequency
around the world, with consequences for ecosystem functioning and continued benthic …

Efforts towards the numerical simulation of the Baltic Sea wave properties, started in the
1950s, have reached maturity by the implementation of contemporary third generation …

High-resolution vertical velocity profiles in the surface layer of a lake reveal the turbulence
structure beneath strongly forced waves. Dissipation rates of turbulence kinetic energy are …