Oberlin, Ohio, located in Lorain County, has a relatively low overall hazard risk rating with specific climate factors contributing to this assessment. The average temperature in Oberlin is 10.15°C, with a high precipitation rate of 968.97mm annually. The region experiences moderate trends in severe weather, lightning, and flooding risks, indicating a moderate climate-related hazard risk level.
Geologically, Oberlin is situated in close proximity to the Southern Lake Erie hydrologic unit, which can pose flood risks during heavy precipitation events. While the area is not directly along a coastline, the presence of water bodies like Lake Erie and the Black-Rocky River can influence hazard risks related to storms and potential flooding. Additionally, Oberlin is situated in the Great Lakes region, which historically has experienced severe weather events such as tornadoes and heavy snowfall, contributing to the overall hazard risk assessment for the area.
While Oberlin itself does not have significant fault lines or mountain peaks that would directly impact hazard risk, its location in the Great Lakes region and its proximity to bodies of water make it susceptible to climate-related risks such as flooding and severe weather events. By understanding the specific climate factors and geological features in the region, local authorities and residents can better prepare for potential natural disasters and mitigate risk factors effectively.
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Lorain, Ohio faces a relatively low overall natural disaster and climate risk, with a risk rating of 73.43 out of 100. The area is prone to hazards like hail, high winds, and flooding, with a high frequency of lightning events. The risk of wildfires is very low, while the risk of tornadoes is rated as relatively moderate. The region has a very high resilience rating, indicating a strong ability to recover from disasters.
Specific climate factors in Lorain include its location near Lake Erie, which can lead to lake-effect snowstorms in winter and severe thunderstorms in summer. The region is also vulnerable to flooding due to its proximity to the Black River and Lake Erie. The area does not have any active fault lines or volcanic activity, reducing the risk of earthquakes and volcanic eruptions. However, the presence of coastal areas and water bodies increases the risk of flooding ...
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