1896 - A hurricane formed on September 22 and lasted until September 30. It formed directly over the Lesser Antilles and hit Cuba, Florida, Georgia, South and North Carolina, Virginia, Washington D.C., and Pennsylvania. Its maximum sustained winds were at 130 mph. The heaviest rainfall deposited in association with the storm was 19.96 inches at Glennville, Georgia. This hurricane was responsible for an estimated 130 deaths and $1.5 million in damage.
More on this and other weather history
Day: Mostly sunny. High near 86, with temperatures falling to around 84 in the afternoon. Northeast wind 3 to 7 mph.
Night: Partly cloudy. Low around 60, with temperatures rising to around 62 overnight. Northeast wind around 3 mph.
Day: Mostly sunny, with a high near 88. Northeast wind around 3 mph.
Night: Partly cloudy, with a low around 61. East wind around 2 mph.
Day: Sunny, with a high near 87.
Night: Mostly clear, with a low around 61.
Day: Sunny, with a high near 86.
Night: Clear, with a low around 60.
Day: Sunny, with a high near 85.
Night: Mostly clear, with a low around 58.
Day: Sunny, with a high near 85.
Night: Mostly clear, with a low around 60.
Day: Sunny, with a high near 85.
Mon's High Temperature
101 at 16 Miles Southwest Of Tecopa, CA
Mon's Low Temperature
23 at 32 Miles West-southwest Of Bynum, MT
Longrun is an unincorporated community in western Ozark County, Missouri, United States. It is located on Route 95, approximately 5.7 miles (9.2 km) northwest of Theodosia and 5.4 miles (8.7 km) southwest of Thornfield. Longrun's post office closed and mail delivery is now served by Theodosia.
Longrun was established in 1898 with a post office and school in Longrun Township near Longrun Creek. The post office was discontinued in 1980.
Content from Wikipedia, licensed under CC BY-SA 3.0.
Current conditions: We use the nearest available station to your location - including professional MESONET/MADIS and local weather stations - often miles closer than regional airports.
Forecasts: National Weather Service point forecasts predict for your specific area, not broad regional zones, making them far more relevant to your location.