Rosepine, Louisiana faces relatively low to moderate natural disaster and climate risks. The area experiences a humid subtropical climate with high precipitation levels and temperatures, increasing the likelihood of flooding during heavy rainfall events. The region's proximity to the Gulf of Mexico also puts it at risk for hurricanes and tropical storms, which can cause significant damage to infrastructure and homes.
The geological features in the area, such as the Whisky Chitto and Calcasieu-Mermentau water bodies, contribute to the risk of flooding during extreme weather events. Additionally, the presence of fault lines in Louisiana, although not as prominent in Rosepine, adds a potential risk of earthquakes. While the area is not as vulnerable as coastal regions, the combination of climate factors and geological features increases the overall hazard risk for the community.
Despite the relatively low population density in Rosepine, the community still faces moderate risk due to its location within the Louisiana Coastal hydrologic region. Historical events like Hurricane Katrina in 2005 and Hurricane Harvey in 2017 serve as reminders of the potential for significant natural disasters in the region. Additionally, the area's infrastructure and economy can be impacted by these events, highlighting the importance of preparedness and mitigation efforts for the community.
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Vernon Parish in Louisiana has a relatively low overall risk rating, with specific risk factors such as heavy rainfall events (DRGT) and hailstorms (HAIL) posing moderate risks. The area is prone to lightning strikes (LTNG) and high winds (HWAV), with a relatively moderate risk rating for both. Additionally, the region experiences occasional flooding events (RFLD) and thunderstorms (TRND) with a relatively low risk rating.
Vernon Parish's geographic features include a mix of low-lying areas prone to flooding and higher elevation sites that may be more susceptible to lightning strikes and high winds. The area's proximity to water bodies like rivers and lakes can exacerbate flood risks during heavy rainfall events. The region's relatively flat terrain may contribute to the prevalence of lightning strikes, while the presence of nearby fault lines and mountain peaks can influence the risk of hailstorms and high winds.
Climate factors such as increased rainfall ...
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