Human activities, global warming, frequent extreme weather events, and changes in
atmospheric composition affect the solar radiation reaching the Earth's surface, affect mass …

High‐resolution field data, collected during April to October of 2008–2009, were analyzed to
investigate the quantitative contribution of sediment resuspension to high‐turbidity events in …

The paper discusses the results of a study of short-period internal waves (IWs) in the Black
and Caspian Seas from their surface manifestations in satellite imagery. Since tides are …

Ponds are characterized by high biodiversity, intense biogeochemical cycling, and
susceptibility to anthropogenic impacts. Yet few studies have quantified the water velocities …

The distribution of phytoplankton in lakes is notoriously patchy and dynamic, but wind-driven
currents and algal buoyancy/motility are thought to determine where algae accumulate. In …

High‐resolution thermistor chain data collected between 5 and 20 m in a large stratified
freshwater lake (Lake Constance) at a water depth of 60 m reveal the frequent occurrence of …

The wind-driven nature of large lakes suggests that the accuracy of meteorological inputs is
essential for hydrodynamic modelling. Moreover, coupling between the meteorological …

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 …

Although internal seiches are ubiquitous in large, deep lakes, little is known about the effect
of higher vertical-mode seiches on deepwater dynamics. Here, by combining entire summer …

Strong and sustained winds can drive dramatic hydrodynamic responses in density‐
stratified lakes, with the associated transport and mixing impacting water quality, ecosystem …