Shelby, Michigan, located in Oceana County, has a relatively low overall natural disaster and climate risk rating. The area experiences moderate levels of precipitation, with a hardy climate characterized by cool temperatures and high humidity. While the risk of hurricanes, tsunamis, and wildfires is very low, there is a moderate risk of severe weather events. The region is situated within the Pere Marquette-White hydrologic unit, which can be prone to flooding during heavy rainfall.
The geographical features of Shelby include the proximity to Lake Michigan and the Great Lakes region, which can increase the risk of flooding and severe weather events. While the area does not have significant fault lines or mountain peaks, the flat topography and abundance of water bodies contribute to the potential for natural disasters. Historical events like severe storms and floods have impacted the region, highlighting the vulnerability to climate-related hazards.
Overall, Shelby, Michigan, faces a moderate risk of natural disasters due to its climate factors and geographical location near water bodies. The community must remain vigilant and prepared for potential flooding, severe weather events, and other climate-related hazards. Collaborative efforts with local authorities and disaster preparedness plans can help mitigate the risks and ensure the safety of residents in Shelby.
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Oceana County, Michigan faces a very low overall natural disaster and climate risk, with a risk rating of "Very Low" and a risk score of 13.59. Specific hazards such as wildfires and winter storms are relatively low in frequency but can still pose a threat to the area. The county has a relatively low risk of tornadoes and hailstorms, with a risk rating of "Very Low" for both events. The region also has a low risk of flooding, with a risk rating of "Very Low" and a risk score of 23.32.
The climate in Oceana County is influenced by its proximity to Lake Michigan, which can lead to lake-effect snow and severe weather patterns. The county's coastline increases the risk of storms and flooding, but its relatively low elevation and lack of significant fault lines or mountain peaks reduce the risk of earthquakes and volcanic activity. The presence of ...
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