Dearborn-Heights, Michigan faces a relatively high climate risk due to its high precipitation levels and relatively low temperatures. The area's proximity to the Great Lakes can exacerbate flooding risk during heavy rain events. Additionally, the city's position in Wayne County puts it at risk of severe weather events, such as thunderstorms with high lightning risk.
Geologically, Dearborn-Heights is located near the Detroit River, which can contribute to increased flood risk during storms. The city is also situated on the St. Clair-Detroit hydrologic accounting unit, further enhancing the potential for water-related hazards. While there are no major fault lines or mountain peaks in the immediate vicinity, the region's susceptibility to severe weather events and flooding remains a significant concern for residents.
Overall, Dearborn-Heights' climate and geological features pose a notable hazard risk, with a combination of factors such as high precipitation levels and proximity to water bodies increasing the likelihood of natural disasters. Historical events in the area, along with its geological characteristics, highlight the need for preparedness and mitigation strategies to address potential hazards effectively.
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Wayne County, Michigan faces a relatively high risk of natural disasters and climate-related hazards, with a risk score of 96.69 out of 100. The county is susceptible to a variety of hazards, including hailstorms, high winds, flooding, lightning strikes, and winter weather events. These hazards pose a significant threat to the population of over 1.7 million and the built environment valued at over $317 billion. The area has experienced numerous events in the past, with a high frequency of hailstorms and high wind events.
Specific climate factors for Wayne County include a high frequency of thunderstorms and hail events, with an average of 943 lightning strikes per year. The county also experiences a significant number of winter weather events, with an average of 18 heavy snow and ice events annually. Additionally, the presence of fault lines and proximity to water bodies like Lake St. Clair and the Detroit River ...
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