Twining, Michigan, located in Arenac County, faces relatively low natural disaster and climate risks based on hazard risk data. The area experiences a moderate amount of precipitation and has a humid climate, which can lead to flooding and water-related hazards. However, the overall risk rating for Twining is very low due to its low vulnerability to extreme weather events such as hurricanes, tornadoes, and wildfires.
The region is situated within the Southwestern Lake Huron-Lake Huron hydrologic subregion, which can contribute to flooding risks, especially along the Au Gres-Rifle hydrologic unit. Twining's proximity to Lake Huron may also pose risks of coastal flooding during severe storms. However, the area is not located near any major fault lines, mountain peaks, or active volcanoes, which further lowers the natural disaster risk.
Twining's risk assessment is supported by historical data indicating few significant natural disasters in the area. The community's low population density and limited infrastructure near water bodies contribute to its low hazard risk. Overall, Twining's very low risk level is a result of its geographical features and climate patterns, which provide a relatively safe environment for residents.
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Arenac County, Michigan, has a very low overall hazard risk rating of 7.44, with a population of 14,991 and a total building value of $4,439,639,351. The county faces various climate risks, including moderate risk from wildfires and relatively low risk from tornadoes and winter storms. The county has a relatively low risk from flooding, with a 50% annual frequency of flood events, which can impact the population and infrastructure.
Geologically, Arenac County is situated along the Lake Huron coastline, which can lead to increased risks from hurricanes and storm surge events. The county also has fault lines and mountain peaks that can contribute to seismic hazards, although the risk rating for earthquakes is very low. Additionally, the presence of water bodies, such as rivers and lakes, can increase the risk of flooding and water-related disasters. Historical events in the region have shown a pattern of flooding and severe weather, ...
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