Weather forecast for 10 days
Darien, GA

Tomorrow, on Saturday, June 14, thunderstorms are also expected in the afternoon.
The chance of rainfall is low, and light precipitation is predicted. The temperature variation is anticipated to range from a maximum of a humid 87.8°F to a minimum of a temperate 73.4°F.
The maximum heat index, which combines air temperature and relative humidity, is computed to be an extremely hot 104°F. Take into consideration that the heat index values are calculated for shade and light wind conditions. Exposure to direct sunshine can increase heat index values by up to 15 Fahrenheit (8 Celsius) degrees.
The expected maximum is anticipated to be in line with the regular June temperature of 88.3°F.
Sunrise will be at 6:19 am and sunset at 8:32 pm; tomorrow's daylight will last for 14h and 13min.

On Sunday, June 15, storms with thunder and lightning are expected during the afternoon.
The chance of precipitation is high. However, the rainfall will be light. The temperature variation is anticipated to range from a maximum of a humid 89.6°F to a minimum of a warm 75.2°F.
On Sunday, the maximum temperature is forecasted to be in line with the typical June high of 88.3°F.
Sunrise will be at 6:19 am and sunset at 8:33 pm; the daylight will last for 14h and 14min.

For the next ten days, a combination of gloomy and thunderstorm-prone weather is forecasted.
Rainfall is expected on Saturday, Sunday, Tuesday, Thursday and next Friday.
The temperature shift across days will be subtle over the next several days. Maximum temperatures will fall between 87.8°F and 91.4°F, while the lowest nighttime temperatures will be also relatively consistent, as the overnight low will fall between 73.4°F and 75.2°F.
The hottest days in Darien will be Monday through next Sunday, with a maximum of 91.4°F; Saturday will be the coldest day, with the highest temperature of 87.8°F.
Combining with the humidity, the maximum feel-like temperature may increase vastly and range between a blisteringly hot 104°F and a searing 113°F.