Flood Warning issued June 22 at 8:14PM CDT until June 24 at 5:52AM CDT by NWS Tulsa OK
...The Flood Warning continues for the following rivers in Oklahoma... Deep Fork River near Beggs affecting Okmulgee County. * WHAT...Minor flooding is occurring and moderate flooding is forecast. * WHERE...Deep Fork River near Beggs. * WHEN...Until early Tuesday morning. * IMPACTS...At 22.0 feet, moderate flooding of pasture lands occurs. County roads south of Beggs and suburban roads northwest of Okmulgee are covered by water. Water is about half a foot above the bottom of the Dentonville Road bridge over the river. * ADDITIONAL DETAILS... - At 7:15 PM CDT Sunday the stage was 21.8 feet. - Forecast...The river is expected
Heat Advisory issued June 22 at 9:43PM EDT until June 25 at 8:00PM EDT by NWS Pittsburgh PA
* WHAT...Heat index values up to 101. * WHERE...Portions of east central Ohio, northwest, southwest, and western Pennsylvania, and northern and the northern panhandle of West Virginia. * WHEN...Until 8 PM EDT Wednesday. * IMPACTS...Hot temperatures and high humidity may cause heat illnesses.
Heat Advisory issued June 22 at 9:22PM EDT until June 24 at 8:00PM EDT by NWS Cleveland OH
* WHAT...Heat index values up to 104 expected. * WHERE...Portions of north central, northeast, and northwest Ohio and northwest Pennsylvania. * WHEN...Until 8 PM EDT Tuesday. * IMPACTS...Heat related illnesses increase significantly during extreme heat and high humidity events, particularly for those working or participating in outdoor activities.
Extreme Heat Watch issued June 22 at 9:14PM EDT until June 24 at 10:00PM EDT by NWS Blacksburg VA
* WHAT...For the Heat Advisory, heat index values up to 105 expected. For the Extreme Heat Watch, dangerously hot conditions with heat index values up to 108 possible. * WHERE...In North Carolina, Caswell County. In Virginia, Appomattox, Buckingham, Campbell, Charlotte, Halifax, and Pittsylvania Counties. * WHEN...For the Heat Advisory, from 11 AM to 8 PM EDT Monday. For the Extreme Heat Watch, from Tuesday morning through Tuesday evening. * IMPACTS...Heat related illnesses increase significantly during extreme heat and high humidity events. Hot temperatures and high humidity may cause heat illnesses.
Heat Advisory issued June 22 at 9:14PM EDT until June 23 at 8:00PM EDT by NWS Blacksburg VA
* WHAT...For the Heat Advisory, heat index values up to 105 expected. For the Extreme Heat Watch, dangerously hot conditions with heat index values up to 108 possible. * WHERE...In North Carolina, Caswell County. In Virginia, Appomattox, Buckingham, Campbell, Charlotte, Halifax, and Pittsylvania Counties. * WHEN...For the Heat Advisory, from 11 AM to 8 PM EDT Monday. For the Extreme Heat Watch, from Tuesday morning through Tuesday evening. * IMPACTS...Heat related illnesses increase significantly during extreme heat and high humidity events. Hot temperatures and high humidity may cause heat illnesses.
Extreme Heat Watch issued June 22 at 6:03PM EDT until June 25 at 8:00PM EDT by NWS Raleigh NC
* WHAT...For the Heat Advisory, heat index values up to 108 expected. For the Extreme Heat Watch, dangerously hot conditions with heat index values up to 110 possible. * WHERE...Much of central North Carolina. * WHEN...For the Heat Advisory, from 11 AM Monday to 10 AM EDT Tuesday. For the Extreme Heat Watch, from Tuesday morning through Wednesday evening. * IMPACTS...Heat-related illnesses increase significantly during extreme heat and high humidity events. Hot temperatures and high humidity may cause heat illnesses.
Heat Advisory issued June 22 at 6:03PM EDT until June 24 at 10:00AM EDT by NWS Raleigh NC
* WHAT...For the Heat Advisory, heat index values up to 108 expected. For the Extreme Heat Watch, dangerously hot conditions with heat index values up to 110 possible. * WHERE...Much of central North Carolina. * WHEN...For the Heat Advisory, from 11 AM Monday to 10 AM EDT Tuesday. For the Extreme Heat Watch, from Tuesday morning through Wednesday evening. * IMPACTS...Heat-related illnesses increase significantly during extreme heat and high humidity events. Hot temperatures and high humidity may cause heat illnesses.
Extreme Heat Watch issued June 22 at 2:15PM EDT until June 25 at 8:00PM EDT by NWS Newport/Morehead City NC
* WHAT...For the Heat Advisory, heat index values of 105 to 110 expected. For the Extreme Heat Watch, dangerously hot conditions with heat index values in excess of 110 possible. * WHERE...A portion of eastern North Carolina. * WHEN...For the Heat Advisory, from 10 AM Monday to 10 AM EDT Tuesday. For the Extreme Heat Watch, from Tuesday morning through Wednesday evening. * IMPACTS...Heat related illnesses increase significantly during extreme heat and high humidity events. Hot temperatures and high humidity may cause heat illnesses. * ADDITIONAL DETAILS...A dangerous heatwave is expected to impact the region over the next few days.
Heat Advisory issued June 22 at 2:15PM EDT until June 24 at 10:00AM EDT by NWS Newport/Morehead City NC
* WHAT...For the Heat Advisory, heat index values of 105 to 110 expected. For the Extreme Heat Watch, dangerously hot conditions with heat index values in excess of 110 possible. * WHERE...A portion of eastern North Carolina. * WHEN...For the Heat Advisory, from 10 AM Monday to 10 AM EDT Tuesday. For the Extreme Heat Watch, from Tuesday morning through Wednesday evening. * IMPACTS...Heat related illnesses increase significantly during extreme heat and high humidity events. Hot temperatures and high humidity may cause heat illnesses. * ADDITIONAL DETAILS...A dangerous heatwave is expected to impact the region over the next few days.
Extreme Heat Watch issued June 22 at 2:04PM EDT until June 25 at 8:00PM EDT by NWS Wilmington NC
* WHAT...Dangerously hot conditions with heat index values of 105 to 110 possible. * WHERE...In North Carolina, Coastal Brunswick, Coastal New Hanover, and Coastal Pender Counties. In South Carolina, Coastal Georgetown, Coastal Horry, Inland Georgetown, and Williamsburg Counties. * WHEN...From Tuesday morning through Wednesday evening. * IMPACTS...Heat related illnesses increase significantly during extreme heat and high humidity events.