Rose-City, Michigan has a relatively low natural disaster and climate risk profile, with very low ratings for hurricanes, earthquakes, and volcanoes. The area experiences moderate lightning risk and relatively low trends in risk factors. The region is characterized by a temperate climate with moderate precipitation and humidity levels, making it less prone to extreme weather events compared to other areas.
While Rose-City is not located near any fault lines, mountain peaks, or coastlines, it is part of the Great Lakes hydrologic region. The presence of the Au Sable River and other water bodies in the area could pose a risk of flooding during periods of heavy rainfall. However, historical data shows that the risk of major flooding events in Rose-City is relatively low, with the community being able to manage and mitigate potential water-related hazards effectively.
Overall, Rose-City's natural disaster and climate risk assessment indicate a very low overall risk level. The community's location within the state of Michigan and the Great Lakes region provides a relatively stable environment with few significant geological features that could lead to catastrophic events. While precautions should still be taken to address potential hazards such as flooding, the likelihood of experiencing a major natural disaster in Rose-City is relatively low based on historical data and the area's geographical characteristics.
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Oscoda, Michigan has a very low overall natural disaster and climate risk, with a risk rating of "Very Low" and a risk score of 9.13 out of 100. Specific hazards with relatively low risk levels include tornadoes, hurricanes, hailstorms, and wildfires. The area experiences moderate frequency of thunderstorms and strong winds, but the associated risk values are also relatively low. The risk of flooding and landslides is also considered relatively low in Oscoda.
The climate in Oscoda is influenced by its proximity to Lake Huron, which can lead to lake-effect snow and cooler temperatures in the winter. However, the risk of extreme weather events like tornadoes and hurricanes is minimal. The region is characterized by forested areas and inland water bodies, which can mitigate the impact of certain hazards. The lack of significant fault lines or mountain peaks in the vicinity further reduces the risk of seismic activity or ...
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