Wichita County, TX
Alerts
Alerts are listed in order of start time and level of severity. Click on the alert title to read details for each alert.
In effect from Thursday 06/11 1:00 PM CDT – Thursday 06/11 6:00 PM CDT
Issued by NWS Norman OK
What
Heat index values up to 107 expected.
Where
Portions of central, east central, southern, southwest, and western Oklahoma and northern Texas.
When
From 1 PM this afternoon to 6 PM CDT this evening.
Impacts
Hot temperatures and high humidity may cause heat illnesses.
What to Do
Drink plenty of fluids, stay in an air-conditioned room, stay out of the sun, and check up on relatives and neighbors.
Areas Impacted
- Kingfisher
- Logan
- Payne
- Washita
- Caddo
- Canadian
- Oklahoma
- Lincoln
- Grady
- McClain
- Cleveland
- Pottawatomie
- Seminole
- Harmon
- Greer
- Kiowa
- Jackson
- Tillman
- Comanche
- Stephens
- Garvin
- Cotton
- Hardeman
- Foard
- Wilbarger
- Wichita
- Knox
- Baylor
Tips to Stay Safe
A Heat Advisory means dangerous heat conditions are happening now or soon. Take action before, during and after the heat to stay safe.
- Stay in air-conditioned spaces if possible. Find cooling centers or places with AC in your community that you can go to, like libraries or shopping malls.
- Stay hydrated and stock up on clean drinking water to get you through multiple days of heat.
- Reschedule outdoor activities for cooler times of the day, and take breaks in the shade or air conditioning.
- Cover windows with curtains or shades, or use window reflectors designed to reflect heat back outside.
- Check on friends, family, and neighbors, especially those who do not have air conditioning or spend much of their time alone.
Make sure you know the signs of heat-related illness and how to respond.
Briefings
From the Forecaster
Hot Again Today
Created by the NWS Norman WFO
Heat index values will climb above 100 over much of the area (except northwest Oklahoma) with values above 105 in some areas.
Seven-day Weather Risk Overview
The graphic shows the daily risk summary for 7 days. Daily risk is based on highest risk factor for that day.
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