Kewadin, Michigan, located in Antrim County, exhibits very low natural disaster and climate risk. The area experiences relatively low levels of extreme weather events such as hurricanes and tornadoes, with a low risk of flooding and lightning strikes. The climate in Kewadin is characterized by moderate temperatures, relatively low humidity, and consistent precipitation levels, which contribute to the overall low risk profile of the region.
The geological features of Kewadin, including the nearby Boardman-Charlevoix hydrologic unit and the Northeastern Lake Michigan-Lake Michigan hydrologic subregion, help mitigate hazard risk in the area. Kewadin's proximity to Lake Michigan provides a buffer against severe weather events and reduces the likelihood of destructive natural disasters. The Great Lakes region, including Kewadin, has historically experienced lower rates of catastrophic events compared to other regions in the United States.
Overall, Kewadin's natural disaster and climate risk assessment is influenced by its geographical location and climate factors. The region's stable climate and minimal geological hazards contribute to its very low risk profile, making it a relatively safe area for residents and visitors. Despite some potential risks associated with extreme weather events, Kewadin's overall hazard risk remains low based on historical data and geographical features.
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Antrim County, Michigan, has a very low overall natural disaster and climate risk rating, with a risk score of 5.6 out of 100. The area experiences a relatively low frequency of hazardous events, with hail, high winds, and winter weather being the most common. The county is also prone to lightning strikes, with a risk value of over $127,000. The risk of wildfires is relatively low, with a risk score of 46.7 out of 100, and a risk value of around $33,000.
Geologically, Antrim County is characterized by its diverse landscape, including inland water bodies like Torch Lake and Grand Traverse Bay. These features can impact the risk of flooding and erosion in the area. Additionally, the county is located along the Great Lakes shoreline, which can exacerbate the risk of storms, high winds, and lake-effect snow. While the region does not have any significant fault lines or active ...
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