South-Hutchinson, Kansas faces a relatively moderate risk of natural disasters and climate-related hazards. The region experiences a high level of precipitation, with an average of 771.88 mm annually, indicating a potential for flooding and water-related disasters. The area also has a relatively high trend risk, suggesting a susceptibility to extreme weather events such as tornadoes and severe storms.
Additionally, South-Hutchinson is located in close proximity to the Arkansas River, which poses a potential flood risk during periods of heavy rainfall. The region also sits near the Cheney Reservoir, increasing the likelihood of water-related disasters in the event of a dam failure or extreme weather events. The area's relatively low lightning risk indicates a lower likelihood of wildfires, but the presence of dry, hot summers and strong winds can still pose a threat to the community.
Overall, South-Hutchinson's specific climate factors, including high levels of precipitation, moderate temperatures, and high humidity, contribute to its risk of natural disasters. The region's geographical features, such as water bodies and proximity to the Arkansas River, heighten the potential for flooding and other water-related hazards. Residents should remain vigilant and prepared for potential disasters, especially during the peak of severe weather seasons.
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Reno, Kansas faces a relatively moderate overall natural disaster and climate risk level, with a risk score of 84.92. The area is most susceptible to strong winds, with a risk score of 91.47, primarily due to its relatively high exposure to wind events. Reno also faces moderate risks from thunderstorms (66.78) and wildfires (94.11). The region's susceptibility to hail (67.93) and tornadoes (93.51) also contribute to its overall risk level.
The specific climate factors in Reno, Kansas include its location in Tornado Alley, where warm, moist air from the Gulf of Mexico meets cold, dry air from the Rockies, creating ideal conditions for severe thunderstorms and tornadoes. The region's flat terrain also contributes to the formation of strong winds and hail during severe weather events. Nearby geological features such as fault lines and mountain peaks do not significantly impact hazard risk in the area. Reno is not located near ...
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