Light to moderate snow will continue into Saturday over the Great Lakes, Central Appalachians, and Northeast. This weekend into next week, a series of atmospheric rivers will bring gusty winds, periods of heavy rain, and mountain snow to northern California and the Pacific Northwest. Colder temperatures are in store for the weekend from the Great Lakes to East Coast. Read More >
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| A closed upper level low pressure system over portions of West Texas, combined with the development of Tropical Storm Matthew over the western Gulf of Mexico, resulted in a stream of copious amounts of Gulf moisture northward across the Four State Region. This resulted in a prolonged period of light to moderate rainfall which persisted over the Columbus Day Weekend. Rainfall amounts varied vastly from the western sections of Northeast Texas to North Central Louisiana. One to three inches fell across much of Northeast Texas and Southeast Oklahoma while four to eight inch totals were common across much of Southwest Arkansas and North Central Louisiana. However, a small area of North Central Louisiana received the heaviest rainfall with rainfall totals of more than 11 inches. This area covered parts of Bienville, Claiborne, Lincoln, and Webster Parishes. The highest rainfall totals were officially observed near Arcadia, Haynesville, and Homer, Louisiana. Despite the prolonged period of rainfall, the lack of excessively heavy rainfall for a long period of time kept ground runoff to a minimum, and only the typical low lying and poor drainage areas had problems with some minor flooding. Before this heavy rainfall event, the area had been quite dry since the last week of August, with rainfall totals generally between a quarter and a half inch. Area lakes, rivers, and bayous had slight to moderate rises as a result of this storm system with only minor flooding on a couple of the rivers and bayous. |
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| A special thanks goes out to the many observers who provided us with their rainfall totals, as well as the local television stations who helped accumulate these totals. | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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