Lake-Ann, Michigan, located in Benzie County, faces relatively low natural disaster and climate risks. The area's climate is characterized by moderate temperatures, high humidity, and consistent precipitation levels. While the region is not prone to extreme weather events like hurricanes or tornadoes, it does experience occasional thunderstorms with relatively low lightning risk.
The hydrologic units surrounding Lake-Ann, such as the Betsie-Platte and Northeastern Lake Michigan systems, contribute to its risk assessment. The nearby Great Lakes region, including Lake Michigan, plays a significant role in shaping the local climate and weather patterns. However, the area's distance from fault lines, mountain peaks, and significant water bodies helps mitigate potential hazards.
Overall, Lake-Ann's natural disaster and climate risk profile is influenced by its geographic location and surrounding hydrologic units. While the area may not face immediate threats from major disasters, it is important for residents to remain vigilant and prepared for potential weather-related events. With a focus on community resilience and emergency preparedness, Lake-Ann can proactively address any future challenges that may arise.
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Benzie County, Michigan has a very low overall natural disaster risk rating, with a risk score of 2.55. The county experiences relatively low frequencies of extreme weather events such as hailstorms, hurricanes, and tornadoes, with an average annual frequency of 3.77 events. The most common natural disaster in the area is lightning strikes, with an average annual frequency of 207 events. The county's risk is further mitigated by its very high resilience rating of 95.48, indicating a strong ability to recover from natural disasters.
Specific climate factors in Benzie County include its proximity to Lake Michigan, which can lead to lake-effect snow and severe weather patterns. The county also has a relatively low risk of flooding, with an average annual flood frequency of 3 events. The presence of fault lines and mountain peaks in the region contributes to a moderate risk of earthquakes, with an average annual frequency of ...
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