Aug 29, 2024, 10:19 PM
Aug 29, 2024, 10:19 PM

Midwest heat wave causes power outages in late summer

Highlights
  • Temperatures reached 99 degrees Fahrenheit at Chicago's O'Hare airport, breaking a 50-year record.
  • Thunderstorms caused power outages affecting nearly 330,000 customers in Michigan and thousands more in Minnesota and Illinois.
  • The extreme heat and resulting power outages highlight the increasing frequency of heat-related illnesses and deaths.
Story

A late summer heat wave has swept across the Midwest, causing significant disruptions and power outages. On a particularly hot Tuesday, temperatures soared to 99 degrees Fahrenheit at Chicago's O'Hare airport, breaking a record that had stood for fifty years. The extreme heat led to Air Quality Alerts in northeastern Illinois and Indiana, prompting warnings for sensitive groups to take precautions. Schools in major cities like Chicago, Ohio, and Michigan opted for early dismissals due to the oppressive conditions. The heat wave was accompanied by thunderstorms that wreaked havoc in several states. In Michigan, nearly 330,000 customers lost power, while over 30,000 were affected in Minnesota and nearly 19,000 in Illinois. The storms also prompted a tornado warning in Bay County, leading to rerouted school buses. As the week progressed, the forecast indicated a potential for storms in Michigan, although dry conditions were expected by Thursday. This summer has been marked by record-breaking temperatures, with July being the warmest month recorded in NOAA's history. The ongoing heat wave is part of a broader trend of increasing heat-related illnesses and fatalities, as highlighted by a recent study from JAMA Network. Between 1999 and 2023, over 21,000 heat-related deaths were reported, reflecting a 117 percent increase compared to the previous two decades. As the Midwest grapples with these extreme weather conditions, the potential for further heat records looms. The situation underscores the growing impact of climate change on weather patterns and public health, as communities are forced to adapt to the rising temperatures and their associated risks.

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