Spring-Arbor, Michigan, located in Jackson County, has a relatively low overall natural disaster and climate risk rating. The area experiences moderate temperatures, with an average of 9.22 degrees Celsius, and high humidity levels of 80%. Precipitation levels are also relatively high at 902.62 mm per year, which can contribute to flooding risks in the region.
While the risk rating is relatively low overall, Spring-Arbor is situated in close proximity to the Kalamazoo River, which presents a potential flood risk during heavy rainfall events. Additionally, the region is part of the Great Lakes hydrologic region, which may increase the likelihood of water-related hazards. However, the area is not prone to volcanic or tsunami risks, providing some relief from major geological disasters.
Despite the lower risk rating, it is important for residents of Spring-Arbor to remain vigilant and prepared for potential natural disasters. The region's proximity to the Great Lakes and the Kalamazoo River means that flooding remains a significant hazard, and historical events such as the 2018 flooding in neighboring counties serve as a reminder of the potential risks. By staying informed about local climate factors and maintaining emergency preparedness plans, residents can mitigate the impact of natural disasters in the area.
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Jackson, Michigan has a relatively low overall natural disaster and climate risk rating, with a risk score of 73.94. However, specific hazards such as hail, flooding, and extreme winds pose moderate risk in the region. The area experiences 112 hail events per year, with a risk value of 160,481.23, indicating a relatively low risk rating. Moreover, flooding events occur 11 times annually, with a risk value of 294,297.47 and a relatively low risk rating. Extreme wind events happen 14 times yearly, with a risk value of 312,348.11, also rated as relatively moderate in risk.
Jackson, Michigan is characterized by its inland location with no coastlines or major fault lines. The area does not have any active volcanoes, tsunamis, or significant seismic activity, contributing to a lower risk profile compared to coastal or fault-line regions. The presence of water bodies like rivers and lakes, however, increases the risk of flooding ...
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