Moore, Oklahoma is located in a region with relatively high climate risk due to its susceptibility to severe weather events such as tornadoes and thunderstorms. The city's proximity to the Tornado Alley region increases the likelihood of tornadoes striking the area, with Moore experiencing a devastating EF5 tornado in 2013 that caused significant damage and loss of life. The city's climate data also indicates high precipitation levels and moderate temperatures, which can contribute to flooding and severe weather events.
In addition to its climate risks, Moore's geological features also play a role in its hazard risk assessment. The city is located near the Little and Lower Canadian hydrologic units, which can be prone to flooding during heavy rainfall events. The region is relatively flat, with no major mountain peaks to provide natural barriers against severe weather systems. Moore is also situated in close proximity to the Canadian River, which can exacerbate flooding risks during heavy rain events. These geographical factors increase the city's vulnerability to natural disasters.
Furthermore, Moore is located in a seismically active region, with the potential for earthquakes due to its proximity to fault lines. While earthquake risk is assessed as relatively low, the presence of fault lines in the region poses a potential threat to the city's infrastructure and residents. The combination of climate risks, geological features, and historical events in Moore, Oklahoma underscores the need for comprehensive disaster preparedness and mitigation strategies to reduce the impact of natural hazards on the community.
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Cleveland County, Oklahoma, with a population of 295,221 and a risk score of 90.49, faces relatively moderate natural disaster risks. The county is susceptible to climate hazards such as severe thunderstorms, hail, and strong winds, with high frequencies of lightning strikes. The area's topography, including fault lines and proximity to water bodies, contributes to its risk profile, with 22.79 annual drought events and 5.45 average annual severe wind events.
While the county has a relatively high resilience rating of 62.83, the risk of flooding remains a concern, with an average of 1.54 flood events per year. The region's vulnerability to hailstorms, with a risk score of 99.46, poses a significant threat to property and agriculture, given the area's substantial building and agricultural values. The county's exposure to tornadoes, with an average of 22 events per year and a risk score of 92.17, highlights the need for robust disaster preparedness ...
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