Big-Rock, Iowa, located in Scott County, has a relatively low overall natural disaster and climate risk rating. However, certain factors such as high humidity, moderate temperatures, and a relatively high level of precipitation increase the risk of flooding in the area. The presence of the Lower Wapsipinicon hydrologic unit nearby also contributes to the potential for water-related hazards.
While Big-Rock is not directly located on a coastline or near fault lines, its proximity to the Upper Mississippi River and other water bodies in the region heightens the risk of flooding during extreme weather events. Additionally, the relatively high elevation in the area increases the risk of landslides and mudslides, especially during periods of heavy rainfall. These geological features, combined with the climate factors, pose a potential threat to the community.
Despite the relatively low risk rating, it is important for residents of Big-Rock to remain vigilant and prepared for natural disasters. Historical events such as severe storms, flooding, and landslides in the region serve as reminders of the potential hazards that can impact the area. By staying informed and taking proactive measures to mitigate risks, the community can better protect themselves and their property from potential natural disasters.
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Clinton, Iowa has a relatively low overall hazard risk rating, with a risk score of 70.98 and a risk value of 12,477,481.09. The area is prone to severe thunderstorms, with a high frequency of lightning events (1450 occurrences) and a relatively low risk rating for lightning hazards. Additionally, the region experiences occasional hail events (141 occurrences) with a very low risk rating. These climate factors contribute to the overall risk assessment for Clinton.
Geologically, Clinton, Iowa is located inland and is not directly exposed to coastlines or fault lines. The area does have some water bodies, such as the Mississippi River, which could contribute to flooding risks during heavy rainfall events. The region is relatively flat, with no significant mountain peaks that could increase the risk of landslides or avalanches. The presence of the river and other water bodies in the area may increase the risk of flooding during ...
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