Skip to content

Condition: Post with Page_List

Listen
Search
Please enter at least 3 characters.

Latest Stories

Rivers rise across northern Illinois after tornado outbreak and heavy rain

Rivers rise across northern Illinois after tornado outbreak and heavy rain
Title
A dam located on the Fox River in South Elgin, Illinois
Getty Images


DES PLAINES, Ill. (WBBM Newsradio) – Rivers across northern Illinois are rising after a stretch of severe storms that produced at least 15 tornadoes and dumped heavy rain across the region, leaving communities dealing with flooding concerns into the new week.

The Des Plaines River was expected to crest Monday before gradually receding, according to forecasters. But along the Fox River, water levels are projected to continue rising through midweek, nearing major flood stage in some areas, including Algonquin.

Flood warnings remain in effect as low-lying neighborhoods and roadways face the greatest risk. In some communities, including Des Plaines, residents reported water entering basements while local officials closed roads and distributed sandbags to help protect homes and businesses.

The severe weather began late last week, part of what meteorologists described as an “incredibly active” stretch across Illinois. The storms brought large hail, record rainfall and a widespread tornado outbreak Friday, with confirmed touchdowns in northern and central parts of the state.

One of the strongest tornadoes struck near Lena, west of Rockford, with winds estimated around 130 mph. The storm damaged homes, uprooted trees and downed power lines along an 8.5-mile path. Authorities said there were no reports of fatalities or serious injuries.

As rivers continue to swell, officials are urging residents to remain cautious, particularly in flood-prone areas. In Des Plaines, public works crews have been monitoring water levels closely and providing sandbags to residents as conditions evolve.

Experts say the recent weather fits a broader pattern of increasingly intense storms in the Midwest, fueled in part by warmer, more humid air. Research suggests tornado seasons may be starting earlier and lasting longer, with heavy rainfall events becoming more frequent.