Rolling Meadows, Illinois has a very high risk of natural disasters and climate-related hazards. The area experiences very high levels of precipitation and humidity, which can lead to flooding and water-related disasters. Additionally, the city is located near fault lines and has a high risk of earthquakes. The nearby Des Plaines River poses a risk of flooding during heavy rainfall events.
Furthermore, Rolling Meadows faces a very high risk of severe weather events such as tornadoes, lightning strikes, and strong winds. The city is situated in close proximity to the Upper Illinois hydrologic region, which can contribute to increased risk of flooding and water-related disasters. The hilly terrain and lack of natural barriers in the area can also exacerbate the impact of severe weather events.
Overall, Rolling Meadows is at a heightened risk of natural disasters due to its climate factors, geographical features, and proximity to water bodies and fault lines. It is crucial for residents and local authorities to be prepared for potential hazards and to have emergency plans in place to mitigate the impact of such events.
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Cook County, Illinois faces very high natural disaster and climate risk, with a risk score of 99.618 out of 100, indicating a very high level of vulnerability. The county has a high population density of 5,272,775 and a significant amount of infrastructure with a total building value of $893 billion, which contributes to the overall risk level. Specific hazards such as hailstorms, flooding, and strong winds are frequent in the area, with a high frequency of lightning strikes and tornado events. The county also experiences moderate earthquake risk, although tsunamis and volcanic events are not applicable in this region.
Cook County is situated in northeastern Illinois and is bordered by Lake Michigan to the east, which can exacerbate storm surge and flooding risks during severe weather events. The area is also influenced by its proximity to the Great Lakes, which can lead to lake-effect snowstorms in the winter. Additionally, ...
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2020-08-23
Heavy Rain And Snowmelt
2018-02-19Heavy Rain And Snow
2011-03-07Dam Failure, Heavy Rain
2010-07-25Heavy Rain
2008-12-10Heavy Rain
2008-06-05Heavy Rain
2004-05-22Brief Torrential Rain
1998-08-04Rain And Snowmelt
1997-02-21Heavy Rain
1990-08-18Rain And Snowmelt
1985-03-031966-06-09
1966-06-09