Stinesville, Indiana, located in Monroe County, has a relatively low overall hazard risk according to available data. The area experiences moderate trends in climate, with a relatively low risk of natural disasters such as hurricanes, floods, and wildfires. The region's climate characteristics include moderate temperatures, high humidity, and significant annual precipitation levels, which could potentially increase the risk of flooding in certain areas.
While Stinesville is not located near coastlines or fault lines, it is part of the Lower White hydrologic unit within the Wabash hydrologic subregion. This means that the area is prone to water-related hazards, with historical events such as flash floods and heavy rainfall impacting the region. The proximity to water bodies like the White River and Patoka-White accounting unit further increases the risk of flooding during extreme weather events.
The geological features in Stinesville, including nearby mountain peaks and the Ohio hydrologic region, may contribute to the area's susceptibility to landslides or soil erosion during heavy rainfall. Despite the relatively low overall hazard risk, it is essential for residents and local authorities to remain vigilant and prepared for potential natural disasters, particularly in the face of changing climate patterns and increased precipitation levels.
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Monroe County, Indiana has a relatively low overall natural disaster and climate risk assessment score of 68.08 out of 100, indicating a lower likelihood of severe hazards. Specific climate factors for the area include a moderate frequency of thunderstorm events, with lightning strikes being the most common natural disaster risk. The county is not prone to hurricanes or tsunamis, with a very low risk rating in those categories.
While Monroe County is inland and does not have coastlines or fault lines, it does have several water bodies such as the Monroe Lake and Lake Lemon, which can contribute to localized flooding during heavy rainfall events. The county also has several mountain peaks within the Hoosier National Forest, which may increase the risk of landslides and rockslides in the region. Historical events have shown that severe thunderstorms and hailstorms can cause property damage and crop losses in the area, highlighting ...
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