Manton, Michigan, located in Wexford County, has a relatively low overall hazard risk level. The area experiences a temperate climate with a moderate amount of precipitation and humidity. With a population of approximately 33,652 and an area of 581.23 square kilometers, Manton is situated in a region characterized by relatively low risk ratings for various natural disasters.
The geological features in the vicinity, such as the hydrologic units of Manistee and Northeastern Lake Michigan, play a role in shaping the risk profile of the area. While Manton is not directly situated along coastlines or fault lines, its proximity to water bodies like Lake Michigan and the presence of nearby mountain peaks could influence hazard risk. Historical events in Michigan, such as severe storms and flooding incidents, serve as reminders of the potential impacts of climate-related disasters in the region.
Despite the low hazard risk assessment for Manton, Michigan, it is essential for residents and local authorities to remain vigilant and prepared for potential natural disasters. Climate factors, geological features, and past events can still pose risks to the community. By staying informed, implementing mitigation measures, and having emergency plans in place, Manton can enhance its resilience to unforeseen hazards.
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Wexford County, Michigan, has a very low overall natural disaster and climate risk rating, with a risk score of 9.32 and a relatively low risk of 1527944.16. The county experiences a variety of hazards, including extreme winds, hail, and lightning strikes. The most frequent events are related to thunderstorms, with an annual frequency of 26.08. The county has a relatively low risk of wildfires, with a risk score of 77.38 and a risk value of 180573.30.
Specific climate factors in Wexford County include its proximity to the Great Lakes, which can influence weather patterns and increase the likelihood of severe storms. The county also has a network of rivers and streams that can contribute to flooding during heavy rainfall events. Additionally, the presence of forested areas increases the risk of wildfires, especially during dry and windy conditions. Geological features such as fault lines and mountain peaks are not prevalent ...
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