Hazard Score
49 Catastrophes Recorded
Midwest-City, Oklahoma
17 Land Tracts in Oklahoma County , Lower North Canadian Watershed
Midwest-City, Oklahoma, located in the Lower North Canadian hydrologic unit, faces a relatively high risk for natural disasters due to its very high hazard risk factors such as severe weather, flooding, and tornadoes. The area's climate, characterized by moderate temperatures, high humidity, and above-average precipitation, contributes to the heightened risk of weather-related disasters. The presence of fault lines in the region, such as the Nemaha Fault, further increases the risk of earthquakes.
The geological features in the area, including the proximity to the North Canadian River and the presence of low-lying areas, make Midwest-City susceptible to flooding during heavy rainfall events. Additionally, the city's location in Tornado Alley increases the risk of tornado outbreaks, as seen in historical events like the devastating tornado that struck Moore, Oklahoma, in 2013. The combination of these climate factors and geological features underscores the need for robust disaster preparedness and mitigation efforts in Midwest-City to reduce the impact of natural disasters on the population and infrastructure.
Overall, Midwest-City, Oklahoma, faces a complex and multifaceted hazard risk profile, with a combination of climate factors, geological features, and historical events contributing to the relatively high level of risk in the area. The city's vulnerability to flooding, tornadoes, and other natural disasters highlights the importance of proactive risk management strategies and community resilience initiatives. By leveraging data-driven approaches and investing in hazard mitigation measures, Midwest-City can better prepare for and respond to future disasters, ultimately safeguarding the well-being of its residents and enhancing overall disaster resilience.
Wildfire Risk: Very Low
Tornado Risk: High
Hurricane Risk: Low
Hail Risk: Very High
Flood Risk: Moderate
Tsunami Risk: Very Low
Earthquake Risk: Low
Wind Risk: Very High
HAZARDS
7
Power Transmission Lines
0
Coastlines
0
Water Bodies
0
Fault Lines
EMERGENCY SERVICES
3
Hazard Shelters
3
Fire Stations
3
Hospitals
1
Police Stations
COMMUNITY PROFILE
Oklahoma, Oklahoma faces a relatively high overall natural disaster and climate risk, with a risk score of 97.26 indicating a high level of vulnerability. Specific risk factors include severe weather events like hailstorms, tornadoes, and strong winds, with hail events occurring 402 times on average. The state also experiences a high frequency of lightning strikes (1980 events), further increasing the risk of property damage and potential injuries.
Climate factors in Oklahoma contribute to its high risk profile, with the state being prone to extreme weather events such as droughts, wildfires, and floods. The presence of fault lines and seismic activity in the region adds to the risk of earthquakes, although the frequency of events is relatively low. The state's diverse geography, including plains, plateaus, and rivers, also plays a role in increasing vulnerability to natural disasters.
While Oklahoma does not have coastlines, it is characterized by a variety ...
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CLIMATE OVERVIEW
NATURAL CATASTROPHE TIMELINE
Hailstorm
2020-03-27
Flooding
Heavy Rain
2019-05-20Hailstorm
2018-07-14
Flooding
Heavy Rain
2017-04-28Hailstorm
2017-04-25
Flooding
Heavy Rain
2016-04-18Flooding
Heavy Rain
2015-11-26Flooding
Tropical Storm Patricia
2015-10-23Flooding
Heavy Rain
2015-05-05Hailstorm
2015-03-31
Hailstorm
2014-04-13
Hailstorm
2014-04-13
Hailstorm
2011-05-24
Hailstorm
2009-07-16
Hailstorm
2008-11-05
Hailstorm
2008-05-01
Hailstorm
2008-05-01
Hailstorm
2008-05-01
Hailstorm
2008-05-01
Hailstorm
2008-05-01
Flooding
Heavy Rain
2007-08-16Flooding
Heavy Rain
2007-06-26Hailstorm
2007-06-10
Flooding
Heavy Rain
2007-05-24Flooding
Heavy Rain
2007-05-06Hailstorm
2004-05-13
Hailstorm
2003-03-12
Hailstorm
2001-04-22
Flooding
Brief Torrential Rain
1999-06-28Hailstorm
1999-06-01
Hailstorm
1999-05-04
Flooding
Heavy Rain
1998-04-26Hailstorm
1997-03-24
Flooding
Rain And Snowmelt
1994-04-09Hailstorm
1990-08-18
Hailstorm
1990-05-19
Hailstorm
1989-06-10
Hailstorm
1989-05-15
Hailstorm
1987-04-20
Tornado
1986-09-29
Flooding
Heavy Rain
1985-06-05Hailstorm
1984-05-27
Hailstorm
1983-11-22
Hailstorm
1983-11-22
Hailstorm
1983-05-13
Hailstorm
1982-05-05
Hailstorm
1981-08-26
Hailstorm
1977-06-25
Tornado
1965-09-19