Missouri, United States
14:512:51 PM
Saturday, 27 June
Cornelia 30 Days Forecast Calendar
No data
No data
No data
No data
No data
Rainy
Thunderstorm
Partly Cloudy
Clear
Clear
Clear
Thunderstorm
Clear
Clear
Clear
Rainy
Mainly Clear
Clear
Clear
Rainy
Rainy
Rainy
Clear
Partly Cloudy
Rainy
Mainly Clear
Clear
Mainly Clear
Rainy
Mainly Clear
Partly Cloudy
Overcast
Clear
Clear
Clear
Clear
Mainly Clear
Clear
Clear
No data
No data
No data
Cornelia Weather Overview
Sunny
Rainy
In this forecast period, Cornelia has 26 sunny days, 0 cloudy days, 9 rainy days, and 0 snowy days.
Weather forecast day by day for 2 weeks in Cornelia
Saturday, 27 June
Cornelia is expected to see Rainy with temperatures around 29°C, feeling like 34°C due to high humidity. Rain is expected today, with 6.3 mm of precipitation forecasted. Humidity is at 96% and atmospheric pressure stands at 1012 hPa.
Sunday, 28 June
Cornelia is expected to see Thunderstorm with temperatures around 31°C, feeling like 35°C due to strong winds. Rain is expected today, with 0.3 mm of precipitation forecasted. Skies are mostly clear with only 1% cloud cover. Humidity is at 95% and atmospheric pressure stands at 1009 hPa.
Monday, 29 June
Cornelia is expected to see Partly Cloudy with temperatures around 32°C, feeling like 35°C due to strong winds. Humidity is at 74% and atmospheric pressure stands at 1009 hPa.
Tuesday, 30 June
Cornelia is expected to see Clear with temperatures around 32°C, feeling like 36°C due to strong winds. Skies are mostly clear with only 0% cloud cover. Humidity is at 68% and atmospheric pressure stands at 1012 hPa.
Wednesday, 1 July
Cornelia is expected to see Clear with temperatures around 33°C, feeling like 37°C due to strong winds. Skies are mostly clear with only 0% cloud cover. Humidity is at 86% and atmospheric pressure stands at 1014 hPa.
Thursday, 2 July
Cornelia is expected to see Clear with temperatures around 34°C, feeling like 39°C due to current conditions. Skies are mostly clear with only 1% cloud cover. Humidity is at 80% and atmospheric pressure stands at 1015 hPa.
Friday, 3 July
Cornelia is expected to see Thunderstorm with temperatures around 32°C, feeling like 37°C due to current conditions. Rain is expected today, with 4.5 mm of precipitation forecasted. Skies are mostly clear with only 7% cloud cover. Humidity is at 79% and atmospheric pressure stands at 1016 hPa.
Saturday, 4 July
Cornelia is expected to see Clear with temperatures around 33°C, feeling like 38°C due to high humidity. Skies are mostly clear with only 8% cloud cover. Humidity is at 82% and atmospheric pressure stands at 1016 hPa.
Sunday, 5 July
Cornelia is expected to see Clear with temperatures around 33°C, feeling like 38°C due to current conditions. Skies are mostly clear with only 13% cloud cover. Humidity is at 72% and atmospheric pressure stands at 1012 hPa.
Monday, 6 July
Cornelia is expected to see Clear with temperatures around 32°C, feeling like 38°C due to current conditions. Rain is expected today, with 4.5 mm of precipitation forecasted. Humidity is at 77% and atmospheric pressure stands at 1013 hPa.
Tuesday, 7 July
Cornelia is expected to see Rainy with temperatures around 29°C, feeling like 35°C due to high humidity. Rain is expected today, with 7.0 mm of precipitation forecasted. Humidity is at 92% and atmospheric pressure stands at 1015 hPa.
Wednesday, 8 July
Cornelia is expected to see Mainly Clear with temperatures around 28°C, feeling like 31°C due to strong winds. Rain is expected today, with 0.2 mm of precipitation forecasted. Humidity is at 94% and atmospheric pressure stands at 1015 hPa.
Thursday, 9 July
Cornelia is expected to see Clear with temperatures around 28°C, feeling like 31°C due to high humidity. Skies are mostly clear with only 0% cloud cover. Humidity is at 90% and atmospheric pressure stands at 1017 hPa.
Friday, 10 July
Cornelia is expected to see Clear with temperatures around 27°C, feeling like 31°C due to current conditions. Skies are mostly clear with only 0% cloud cover. Humidity is at 77% and atmospheric pressure stands at 1017 hPa.