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(NOAA) A seiche occurs when wind forces water across a lake, creating high water on one end and low water on the other. ... Lake Erie's level at Buffalo is forecast to rise nearly 7 feet higher ...
On Jan. 30, Lake Erie was covered by just 0.32 percent of ice, but the Feb. 5 cold snap quickly sent ice coverage to 40 percent. Just one week later, ice cover had plummeted to 0.60 percent as ...
NOAA's precipitation map for the winter of 2024-25 shows a wet winter is likely in the Pacific Northwest and the Great Lakes. ... Lake-effect snow downwind of Lake Erie in New York can be "among ...
Lake Erie (42.2° N, 81.2W) has a mean elevation of 571 feet (174 m) [8] above sea level. It has a surface area of 9,990 square miles (25,874 km 2) [7] with a length of 241 statute miles (388 km; 209 nmi) [7] and breadth of 57 statute miles (92 km; 50 nmi) [7] at its widest points. It is the shallowest of the Great Lakes with an average depth ...
The 1905 Blow (1905) The Mataafa Storm of 1905 is the name of a storm that occurred on the Great Lakes on November 27–28, 1905. [12] The system moved across the Great Basin with moderate depth on November 26 and November 27, then east-northeastward across the Great Lakes on November 28. Fresh east winds were forecast for the Great Lakes for ...
Map of regions covered by the 122 Weather Forecast Offices. The National Weather Service operates 122 weather forecast offices. [1] [2] Each weather forecast office (WFO or NWSFO) has a geographic area of responsibility, also known as a county warning area, for issuing local public, marine, aviation, fire, and hydrology forecasts.
October 18, 2024 at 7:29 AM. The National Weather Service is predicting a mild and wet winter for the Erie area. Most of the U.S., especially the Sun Belt and East Coast, is likely to see above ...
The blizzard's intense wind gusts blowing over the warm waters of Lake Erie [20] triggered record lake-effect snow to Buffalo, New York, which at first fell as 1.98 mm (0.078 in) of 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.
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