Rantoul, Illinois, located within Champaign County, faces a relatively moderate risk of natural disasters and climate-related hazards. The area experiences a temperate climate with moderate precipitation levels and humidity, making it prone to flooding and severe storms. The region is situated within the Wabash hydrologic unit, which has a history of flooding events due to its proximity to the Vermilion and Wabash rivers.
While Rantoul is not located near coastlines or fault lines, its flat terrain and low elevation increase its vulnerability to flooding. The presence of water bodies such as rivers and streams further heightens the risk of water-related disasters. Additionally, the area's relatively high trend risk indicates a potential for increasing hazard exposure over time, leading to heightened concern for future climate-related events.
Despite the relatively low population density in Rantoul, the area's risk score suggests a notable level of overall hazard vulnerability. It is important for residents and local authorities to prioritize disaster preparedness and mitigation efforts to reduce the potential impact of natural disasters, particularly in the face of changing climate patterns. By understanding the specific climate factors and geological features that contribute to the area's hazard risk, proactive measures can be taken to enhance community resilience and minimize the impact of future disasters.
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Champaign, Illinois faces a relatively moderate level of natural disaster risk, with a risk score of 85.49. The area is prone to thunderstorms, with a high frequency of lightning events, and hailstorms. These events pose a relatively low to moderate risk, with lightning accounting for 88.71% of all events. The risk of flooding is also a concern, with a risk score of 84.63, attributed to the nearby water bodies and relatively low-lying terrain.
Despite being inland, Champaign is not immune to weather-related disasters due to its flat topography and proximity to water bodies. The area is susceptible to strong winds, which account for 4.05% of all events and have a relatively high risk score of 90.33. In addition, the presence of fault lines in the region contributes to a risk score of 86.51 for damaging earthquakes, although their occurrence is less frequent. However, the high-risk value of $16,904,00 for ...
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2019-05-28
2019-05-28
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