Manchester, Michigan, located in Washtenaw County, faces a relatively moderate overall hazard risk, with specific risks varying across different categories. The area is characterized by a temperate climate with moderate precipitation levels and temperatures, making it susceptible to flooding and severe weather events. As part of the Great Lakes region, Manchester is situated near the Western Lake Erie hydrologic unit, which can contribute to water-related hazards such as flooding. Additionally, the presence of fault lines and geological features in the area could pose a potential risk of earthquakes, although historical events of this nature are relatively rare in Michigan.
While Manchester does not face significant risks from hurricanes or tsunamis, the relatively high trend risk in the region suggests a potential for increasing hazard risks over time. The presence of the Raisin River and other water bodies nearby may also exacerbate flooding risks during extreme weather events. Overall, the area's hazard risk assessment is influenced by a combination of climate factors, geological features, and hydrological considerations. It is essential for local authorities and residents to be prepared for a range of potential hazards and to take proactive measures to mitigate risk and ensure community resilience.
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Washtenaw County, Michigan faces a relatively moderate overall risk score of 84.82, with a high economic asset loss value of $26,827,085.66. The county experiences a variety of hazards, including hail events with a frequency of 3.39 per year, wind events with a frequency of 1.11 per year, and lightning events with a frequency of 42.66 per year. These hazards contribute to an elevated risk level, especially in terms of potential economic losses.
Specific climate factors in Washtenaw County, such as the frequency of wind and lightning events, contribute to the overall hazard risk in the area. The county is not located near coastlines or fault lines, which reduces the likelihood of certain types of natural disasters but does not eliminate the risk entirely. However, the presence of water bodies and geological features like mountain peaks can impact hazard risk by influencing the intensity and frequency of certain weather events, ...
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