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The largest known seiche on Lake Erie was a 22-foot event that killed 77 people and dammed Niagara Falls with ice, temporarily stopping the waterfall from flowing. More recently, a 16-foot seiche ...
According to NOAA, Lake Erie is known for seiches created by strong southwest winds. These wave events are generally not hazardous but can be. In 1844, a 22-foot wave part of a seiche event ...
Lake Erie is particularly prone to wind-caused seiches because of its shallowness and its elongation on a northeast–southwest axis, which frequently matches the direction of prevailing winds and therefore maximises the fetch of those winds. These can lead to extreme seiches of up to 5 metres (16 ft) between the ends of the lake.
A possible shipwreck has been found after a blizzard in the midwest caused a seiche, which pushed water across Lake Erie from Ohio to New York. Low water levels caused by blizzard reveal potential ...
These cause water to pile up at the eastern end of the lake. Storm-driven seiches can cause damage onshore. During one storm in November 2003, the water level at Buffalo rose by 7 feet (2.1 m) with waves of 10–15 feet (3.0–4.6 metres) for a rise of 22 feet (6.7 m). [27]
The blizzard's intense wind gusts blowing over the warm waters of Lake Erie [6] triggered record lake-effect snow to Buffalo, New York, which at first fell as rain but later converted to snow and accumulated to 56.5 in (144 cm) over 5 days in Snyder adjacent to Buffalo, ending on December 27.
An intense band of lake-effect snow set up Thursday morning over the Interstate 90 corridor off the shores of Lake Erie between Erie, ... The wind was strong enough to produce a seiche, which is a ...
Seiches cause short-term irregular lake level changes, killing people swept off beaches and piers and even sometimes sinking boats [3] The great tolls caused by Great Lakes storms in 1868 and 1869 were one of the main reasons behind establishing a national weather forecasting service, initially run by the U.S. Army Signal Corps using telegraphs ...