Add to ORKGBecause of the unusually high lake stages of recent years, the Weather Bureau was called on to forecast the short period variations of lake level, which were believed to be caused by wind stress and atmospheric pressure gradient. It became necessary to investigate the feasibility o
The wind-induced, steady state circulations in Lake Superior were investigated by use of, both mathe...
A practical design criteria is proposed to stabilize lake shores against wind waves. The wind waves ...
A comprehensive understanding of lake circulation is fundamental to inform better management of ecol...
It is important for operational forecasters to accurate-ly predict when lake breezes will occur, sin...
An inverse method for determining wind stress from water level fluctuations is tested in several ide...
In hydrodynamic modeling of lakes, wind stress is often assumed uniform over an entire water body. ...
The Laurentian Great Lakes represent the largest freshwater basin on Earth, containing 21% of the wo...
It is well known that the wind-driven circulation in a wide lake may be controlled by its topography...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/95379/1/jgrc8845.pd
The term seiche was introduced in to limnological literature by Forel in 1895. He observed surface...
This article has two purposes. The first is to describe how the Great Lakes Coastal Forecasting Syst...
150 drift bottles used to determine the surface currents were recovered. Eastward flow, highly corre...
Author Institution: F. T. Stone Institute of Hydrobiology, Put-in-Bay, Ohio, and Department of Meteo...
A practical design criteria is proposed to stabilize lake shores against wind waves. The wind waves ...
A one-way coupled atmospheric–lake modeling system was developed to generate short-term, mesoscale l...
The wind-induced, steady state circulations in Lake Superior were investigated by use of, both mathe...
A practical design criteria is proposed to stabilize lake shores against wind waves. The wind waves ...
A comprehensive understanding of lake circulation is fundamental to inform better management of ecol...
It is important for operational forecasters to accurate-ly predict when lake breezes will occur, sin...
An inverse method for determining wind stress from water level fluctuations is tested in several ide...
In hydrodynamic modeling of lakes, wind stress is often assumed uniform over an entire water body. ...
The Laurentian Great Lakes represent the largest freshwater basin on Earth, containing 21% of the wo...
It is well known that the wind-driven circulation in a wide lake may be controlled by its topography...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/95379/1/jgrc8845.pd
The term seiche was introduced in to limnological literature by Forel in 1895. He observed surface...
This article has two purposes. The first is to describe how the Great Lakes Coastal Forecasting Syst...
150 drift bottles used to determine the surface currents were recovered. Eastward flow, highly corre...
Author Institution: F. T. Stone Institute of Hydrobiology, Put-in-Bay, Ohio, and Department of Meteo...
A practical design criteria is proposed to stabilize lake shores against wind waves. The wind waves ...
A one-way coupled atmospheric–lake modeling system was developed to generate short-term, mesoscale l...
The wind-induced, steady state circulations in Lake Superior were investigated by use of, both mathe...
A practical design criteria is proposed to stabilize lake shores against wind waves. The wind waves ...
A comprehensive understanding of lake circulation is fundamental to inform better management of ecol...