A 10,000‐km2 hypoxic 'dead zone'forms, during most years, in the central basin of Lake
Erie. To investigate the processes driving the hypoxia, we conducted a 2‐yr field campaign …

The aim was to disclose the seasonality in the internal seiches during summer stratification
in 2010 within the small, 3 km long, ellipse‐shaped, temperate Lake Arendsee (Germany) …

The results of investigations into internal waves on a narrow steep shelf of the northeastern
coast of the Black Sea are presented here. To measure the parameters of internal waves …

A modal analysis in the horizontal plane was extended to a layer‐stratified basin with
irregular bathymetry, and the theory was applied to Lake Biwa to investigate the horizontal …

Describing the spatial and temporal occurrence of turbulent mixing and the mechanisms of
turbulence production are fundamental problems in physical limnology and oceanography …

Field data, theoretical analyses, and numerical simulations were used to investigate the
effects of lake basin bathymetry and spatial and temporal structures of the wind field on the …

Near‐inertial (Poincaré) waves with a period Tp∼ 17 h are the dominant wind‐induced
internal wave motions in central Lake Erie and consequently have a substantial influence on …

Abstract Three‐dimensional (3‐D) hydrostatic and nonhydrostatic versions of the MITgcm
were applied to simulate the dynamics of the internal wave field (basin‐scale seiches …

Model skills of two 3D hydrodynamic models, ELCOM and Delft3D, were assessed by
simulating internal seiches and surface currents and comparing the results with field data in …

Observations and modeling results are presented to explore the response of a multi-basin,
fjord-type lake to episodic wind forcing. Field observations show that abrupt cooling and …