Thunderstorms, dense fog could move into Chicago area Saturday night

SHARE Thunderstorms, dense fog could move into Chicago area Saturday night
nws_wet_10_25650.jpg

Sailboats make their way east on the Chicago River under the Michigan Ave. Bridge Sunday as a dense fog hangs over the city. Rich Hein/Sun-Times

Thunderstorms and dense fog are expected to start pushing through the Chicago area Saturday night.

On Saturday afternoon, the National Weather Service issued a hazardous weather outlook for the Chicago area and northwest Indiana that warns of potential thunderstorms, high winds and quarter-sized hale. Temperatures are expected to dip to 62 degrees Saturday night after reaching nearly 80 degrees during the day.

In addition, a dense fog advisory issued Saturday afternoon warns of reduced visibilities near Lake Michigan, including around the downtown area, the weather service said. The foggy conditions could also affect travel on Lake Shore Drive and Interstate 94, where drivers are advised to reduce their speed and increase following distances.

Both advisories will remain in effect until Sunday, when showers and thunderstorms are expected to hit the area between 3 a.m. and 10 a.m., the weather service said. A daytime high of 70 degrees in the forecast, with temperatures dipping to the low-60s at night.

More showers and thunderstorms are then expected to move through the area early Monday, the weather service said.

The Latest
The remains, of a man possibly in his 40s, were recovered about 6:40 a.m.
The woman, 18, was driving a car with three passengers at a restaurant when a man on a bike approached and began arguing with them before shooting, police said.
A 34-year-old man was found on the sidewalk in the 200 block of East 111th Street at about 10 p.m., police said. He was taken to a nearby hospital where he died.
When a child is reeling from stress, trauma or hardship, the thinking part of their brain shuts down. Our money should be spent on high-dosage tutoring and other individualized approaches that are effective against illiteracy.