Gibraltar, Michigan faces a very high risk of natural disasters, particularly due to its location near the Great Lakes. The area experiences relatively high levels of precipitation and humidity, which can lead to flooding and water-related hazards. Additionally, the region is prone to severe weather events such as thunderstorms and tornadoes, contributing to the overall hazard risk.
The presence of the Huron and St. Clair-Detroit hydrologic units in the area also increases the risk of water-related disasters. The proximity to water bodies like the Great Lakes can exacerbate flooding and storm surge risks. Furthermore, the relatively high elevation of mountain peaks in the region can lead to landslides and rockfalls during extreme weather events, further increasing the hazard risk for Gibraltar.
Overall, Gibraltar, Michigan's natural disaster and climate risk assessment is influenced by its unique geological features and proximity to water bodies. Historical events and the area's susceptibility to severe weather events highlight the need for comprehensive disaster preparedness and mitigation strategies to protect the population and infrastructure from potential hazards.
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Monroe, Michigan, is located in a relatively low-risk area for natural disasters and climate events according to the hazard risk indexes. The risk rating for the county is relatively low, with a risk score of 72.73. The area is prone to hazards such as hailstorms, high winds, and flooding, but the overall risk level is considered manageable. Monroe has a population of 154,767 and a total building value of $33,696,017,677, indicating the potential economic impact of natural disasters in the region.
Specific climate factors in Monroe include a moderate frequency of hail events, with a risk score of 94.11 for hailstorms. The area also experiences relatively low risks from wildfires, thunderstorms, and winter weather. Monroe County is not situated along a coastline, fault line, or near significant mountain peaks, which could lower the risk of certain types of natural disasters. However, the presence of numerous water bodies and rivers ...
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