Flood Warning issued February 14 at 9:24PM EST until February 17 at 1:42PM EST by NWS Charleston WV
...The Flood Warning continues for the following rivers in West Virginia...Kentucky... Tug Fork River at Kermit affecting Martin, Mingo and Wayne Counties. For the Tug Fork River...Minor flooding is forecast. * WHAT...Minor flooding is forecast. * WHERE...Tug Fork River at Kermit. * WHEN...From Sunday afternoon to early Monday afternoon. * IMPACTS...At 38.0 feet, Several roads in low lying areas along the river flood. At 40.0 feet, In Warfield, low sections of Riverfront Road flood. * ADDITIONAL DETAILS... - At 9:00 PM EST Friday the stage was 17.6 feet. - Forecast...The river is expected to rise above flood stage Sunday afternoon
Winter Weather Advisory issued February 11 at 1:42PM CST until February 12 at 6:00PM CST by NWS North Platte NE
* WHAT...Snow expected, with additional snow accumulations between 2 and 5 inches. * WHERE...Portions of central, north central, panhandle, southwest, and west central Nebraska. * WHEN...Until 6 PM CST /5 PM MST/ Wednesday. * IMPACTS...Roads will likely become slick and hazardous. Plan on slippery road conditions.
Flood Watch issued February 11 at 1:42PM PST until February 13 at 4:00PM PST by NWS Eureka CA
* WHAT...Flooding caused by excessive rainfall is possible. * WHERE...Lake and Southern Mendocino Counties. * WHEN...From Wednesday evening through Thursday afternoon. * IMPACTS...There will be an increased risk of rock and land slides along roadways. Excessive runoff may result in flooding of rivers, creeks, streams, and other low-lying and flood-prone locations. Flooding may occur in poor drainage and urban areas. * ADDITIONAL DETAILS... - A moderate atmospheric river will begin to impact the area late Wednesday night through Thursday. 1.5 to 3.0 inches of rain is most likely over 24 hours. High resolution models indicate periods of rain rates up
Extreme Cold Watch issued February 10 at 1:42PM PST until February 12 at 12:00PM PST by NWS Portland OR
* WHAT...For the Cold Weather Advisory, very cold temperatures as low as 10 to 20 degrees expected. For the Extreme Cold Watch, dangerously cold wind chills as low as 5 to 10 degrees possible. * WHERE...Eastern Portland/Vancouver Metro, Foothills of the Northern and Central Oregon Cascades, North Oregon Coast Range Lowlands, North Oregon Coast Range, Willapa Hills, and South Washington Cascade Foothills. * WHEN...For the Cold Weather Advisory, from 7 PM this evening to noon PST Tuesday. For the Extreme Cold Watch, from Tuesday evening through Wednesday morning. * IMPACTS...Frostbite and hypothermia will occur if unprotected skin is exposed to
Cold Weather Advisory issued February 10 at 1:42PM PST until February 12 at 12:00PM PST by NWS Portland OR
* WHAT...Very cold temperatures as low as zero to 10 below expected. * WHERE...South Washington Cascades and the Northern and Central Cascades of Oregon. * WHEN...For the first Cold Weather Advisory, from 7 PM this evening to noon PST Tuesday. For the second Cold Weather Advisory, from 7 PM Tuesday to noon PST Wednesday. * IMPACTS...Frostbite and hypothermia will occur if unprotected skin is exposed to these temperatures. Wind chill values can lead to hypothermia with prolonged exposure. Very cold temperatures can lead to hypothermia with prolonged exposure.
Cold Weather Advisory issued February 10 at 1:42PM PST until February 11 at 12:00PM PST by NWS Portland OR
* WHAT...Very cold temperatures as low as zero to 10 below expected. * WHERE...South Washington Cascades and the Northern and Central Cascades of Oregon. * WHEN...For the first Cold Weather Advisory, from 7 PM this evening to noon PST Tuesday. For the second Cold Weather Advisory, from 7 PM Tuesday to noon PST Wednesday. * IMPACTS...Frostbite and hypothermia will occur if unprotected skin is exposed to these temperatures. Wind chill values can lead to hypothermia with prolonged exposure. Very cold temperatures can lead to hypothermia with prolonged exposure.
Winter Weather Advisory issued January 22 at 1:42PM MST until January 23 at 5:00AM MST by NWS Cheyenne WY
* WHAT...Snow showers and blowing snow. Total snow accumulations up to two inches. Winds gusting as high as 50 mph. * WHERE...Niobrara County. * WHEN...Until 5 AM MST Thursday. * IMPACTS...Areas of falling and blowing snow could reduce visibility and lead to slick road conditions.
Wind Advisory issued January 9 at 1:42PM CST until January 10 at 6:00PM CST by NWS Mobile AL
* WHAT...Southeast winds 20 to 30 mph with gusts up to 40 mph expected. * WHERE...In Alabama, Baldwin Coastal and Mobile Coastal Counties. In Florida, Escambia Coastal, Okaloosa Coastal, and Santa Rosa Coastal Counties. * WHEN...From 6 AM to 6 PM CST Friday. * IMPACTS...Gusty winds will blow around unsecured objects. Tree limbs could be blown down and a few power outages may result.
Winter Storm Warning issued January 4 at 1:42PM CST until January 6 at 3:00AM CST by NWS Des Moines IA
...ACCUMULATING SNOWFALL OVER SOUTHERN IOWA TONIGHT THROUGH SUNDAY EVENING... .A winter storm will arrive later today and bring accumulating snowfall to southern Iowa from tonight through the day Sunday before ending Sunday evening. The highest snowfall will fall near the Missouri border in southwest and parts of south central Iowa. Very dry air will be moving into Iowa from north to south with winds from the north averaging 10 to 20 mph. This will cause a very sharp gradient in snowfall amounts with lower amounts in the northern part of a given county and higher amounts in the southern part
Winter Weather Advisory issued January 4 at 1:42PM CST until January 6 at 3:00AM CST by NWS Des Moines IA
...ACCUMULATING SNOWFALL OVER SOUTHERN IOWA TONIGHT THROUGH SUNDAY EVENING... .A winter storm will arrive later today and bring accumulating snowfall to southern Iowa from tonight through the day Sunday before ending Sunday evening. The highest snowfall will fall near the Missouri border in southwest and parts of south central Iowa. Very dry air will be moving into Iowa from north to south with winds from the north averaging 10 to 20 mph. This will cause a very sharp gradient in snowfall amounts with lower amounts in the northern part of a given county and higher amounts in the southern part