Beech-Grove, Indiana, located in Marion County, faces a relatively high risk of severe weather events, with very high trends in lightning strikes and very high wind risk. The area experiences moderate levels of earthquakes and landslides due to its position within the Wabash hydrologic subregion. The region's proximity to the Ohio River contributes to its high risk of flooding, with historical events such as the 1913 flood serving as evidence of the area's vulnerability to water-related disasters.
The city's climate is characterized by moderate temperatures and high humidity levels, making it susceptible to heavy precipitation and potential flooding. Beech-Grove's location in Indiana places it at a crossroads of different geological features, such as fault lines and mountain peaks, which could increase the risk of earthquakes and landslides. The city's exposure to the Upper White hydrologic unit also adds to its risk of water-related hazards.
Overall, Beech-Grove's natural disaster and climate risk assessment highlights the area's vulnerability to a range of hazards, including severe weather events, flooding, earthquake, and landslides. The city's location within the Wabash hydrologic subregion and its proximity to the Ohio River contribute to its heightened risk of water-related disasters. These factors underscore the importance of preparedness and mitigation strategies to minimize the impact of potential hazards on the community.
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Marion, Indiana faces a relatively moderate overall risk score of 93.29, with specific risks such as high winds (93.29), thunderstorms (98.87), and floods (69.71). Marion County has experienced 1986 lightning events, with a 90.27% frequency, posing a very high risk. The area also faces a high risk of wind events, with 163 occurrences at a frequency of 4.78%, resulting in a relatively high risk score of 97.99.
Marion, Indiana is not situated on a coastline, fault line, or near mountain peaks. However, it is surrounded by several water bodies, including rivers and lakes, which can contribute to flood risks. The geological features of the region may exacerbate hazards such as hailstorms and wildfires, as seen in the high hail event frequency of 4.59% and the relatively low risk of wildfires at 42.57%. The presence of these water bodies can also lead to a high risk of tornado events, with ...
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