Hazard Score
149 Catastrophes Recorded
Wichita-Falls, Texas
19 Land Tracts in Wichita County , Wichita Watershed
Wichita Falls, Texas, faces a relatively low overall natural disaster risk, with moderate risks of drought and flooding. The area experiences a moderate climate with average annual precipitation of 733.23 mm and average temperatures of 17.85°C. However, the city is located in a region with relatively high earthquake risk, as it lies within the Red - Washita hydrologic subregion, which has a history of seismic activity.
While Wichita Falls is not directly located on a coastline, it is situated near several water bodies such as the Red River and Lake Texoma, which could contribute to flood risk during periods of heavy rainfall. The city also lies in close proximity to fault lines, increasing the potential for earthquakes. Additionally, the region's hilly terrain and proximity to the Wichita Mountains in Oklahoma could exacerbate flooding and landslides during extreme weather events. These geographical features, combined with the area's climate factors, contribute to the overall hazard risk assessment for Wichita Falls, Texas.
Wildfire Risk: Very Low
Tornado Risk: Low
Hurricane Risk: Very Low
Hail Risk: Moderate
Flood Risk: Low
Tsunami Risk: Very Low
Earthquake Risk: Very Low
Wind Risk: Moderate
HAZARDS
15
Power Transmission Lines
0
Coastlines
2
Water Bodies
0
Fault Lines
EMERGENCY SERVICES
5
Hazard Shelters
2
Fire Stations
3
Hospitals
2
Police Stations
COMMUNITY PROFILE
Wichita, Texas, with a population of 129,191, faces relatively low overall risk, with a risk score of 82.47. The area is prone to severe weather events such as thunderstorms, hail, and high winds, with a relatively moderate risk rating for lightning strikes and flooding. Wichita County has experienced 1799 drought events, indicating a moderate risk for drought. While tornadoes are not applicable in the risk assessment, neighboring regions have a history of tornado activity, adding to the overall climate risk in the area.
Geologically, Wichita is located inland and does not border any coastlines. The region is characterized by flat terrain with no major fault lines or mountain peaks, reducing the risk of seismic activity. However, the area is surrounded by several water bodies, including the Wichita River and Lake Wichita, which can contribute to flood risks during heavy rainfall events. The presence of these water bodies increases the ...
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CLIMATE OVERVIEW
NATURAL CATASTROPHE TIMELINE
Mckinney
2020-08-28
Hailstorm
2020-05-22
Hailstorm
2020-05-22
Hailstorm
2020-05-22
Hailstorm
2020-05-22
Hailstorm
2019-06-23
Hailstorm
2019-05-01
Hailstorm
2019-05-01
Hailstorm
2018-03-25
Hailstorm
2017-04-17
Flooding
Heavy Rain
2016-04-18Flooding
Heavy Rain
2016-03-08Flooding
Heavy Rain
2015-11-26Flooding
Tropical Storm Patricia
2015-10-23Flooding
Heavy Rain
2015-05-05Hailstorm
2013-05-20
Hailstorm
2013-05-20
Hailstorm
2011-05-08
Hailstorm
2011-05-08
Hailstorm
2011-04-22
Hailstorm
2011-04-22
Hailstorm
2009-04-29
Hailstorm
2009-04-29
Hailstorm
2008-06-14
Hailstorm
2008-04-09
Hailstorm
2008-04-03
Flooding
Heavy Rain
2007-08-16Flooding
Heavy Rain
2007-06-26Hailstorm
2007-06-04
Flooding
Heavy Rain
2007-05-24Hailstorm
2007-04-24
Hailstorm
2007-04-13
Hailstorm
2007-04-13
Hailstorm
2007-04-13
Hailstorm
2007-03-29
Hailstorm
2007-03-29
Hailstorm
2006-12-29
Hailstorm
2006-05-09
Hailstorm
2006-05-09
Hailstorm
2006-05-09
Hailstorm
2006-05-02
Hailstorm
2006-05-02
Hailstorm
2006-05-02
Hailstorm
2006-05-02
Hailstorm
2006-05-02
Hailstorm
2005-06-13
Hailstorm
2005-06-13
Hailstorm
2005-06-13
Hailstorm
2005-06-04
Hailstorm
2005-06-04
Hailstorm
2005-05-25
Hailstorm
2005-05-08
Hailstorm
2005-05-08
Hailstorm
2005-05-08
Hailstorm
2005-05-08
Hailstorm
2005-05-08
Hailstorm
2005-02-22
Hailstorm
2005-02-22
Hailstorm
2004-06-07
Hailstorm
2004-06-07
Hailstorm
2004-06-07
Hailstorm
2004-06-07
Hailstorm
2004-06-02
Hailstorm
2004-06-01
Hailstorm
2004-06-01
Hailstorm
2004-06-01
Hailstorm
2004-05-13
Hailstorm
2003-06-12
Hailstorm
2003-06-10
Hailstorm
2003-06-01
Hailstorm
2003-06-01
Hailstorm
2003-06-01
Hailstorm
2003-06-01
Hailstorm
2003-06-01
Hailstorm
2003-06-01
Hailstorm
2003-06-01
Hailstorm
2003-06-01
Hailstorm
2003-04-23
Hailstorm
2003-04-23
Hailstorm
2003-04-23
Hailstorm
2003-04-18
Hailstorm
2003-04-15
Hailstorm
2003-04-15
Hailstorm
2002-04-16
Hailstorm
2002-04-16
Hailstorm
2002-04-13
Hailstorm
2002-04-13
Hailstorm
2001-10-12
Hailstorm
2001-09-08
Hailstorm
2001-06-14
Hailstorm
2001-05-27
Hailstorm
2001-04-14
Hailstorm
2000-05-27
Hailstorm
2000-05-27
Hailstorm
1999-05-31
Hailstorm
1999-05-25
Hailstorm
1999-05-25
Flooding
Heavy Rain
1998-04-26Hailstorm
1998-03-30
Hailstorm
1998-03-30
Hailstorm
1997-05-30
Hailstorm
1997-05-08
Hailstorm
1996-04-21
Hailstorm
1996-04-21
Hailstorm
1995-06-05
Hailstorm
1995-05-14
Hailstorm
1995-05-07
Hailstorm
1995-04-22
Hailstorm
1995-04-22
Hailstorm
1995-04-19
Hailstorm
1995-03-25
Hailstorm
1994-11-04
Hailstorm
1994-06-09
Hailstorm
1994-05-29
Hailstorm
1994-05-29
Hailstorm
1993-06-25
Hailstorm
1993-06-25
Hailstorm
1993-05-08
Hailstorm
1993-05-01
Hailstorm
1993-05-01
Hailstorm
1993-04-03
Hailstorm
1993-04-03
Hailstorm
1992-07-02
Hailstorm
1992-06-23
Hailstorm
1992-03-08
Hailstorm
1992-03-08
Hailstorm
1991-10-27
Hailstorm
1991-10-26
Hailstorm
1991-05-24
Hailstorm
1990-04-09
Hailstorm
1990-03-14
Hailstorm
1990-03-13
Hailstorm
1990-03-13
Hailstorm
1989-05-12
Hailstorm
1988-03-01
Hailstorm
1986-06-10
Hailstorm
1986-05-17
Hailstorm
1986-05-14
Hailstorm
1986-05-13
Hailstorm
1986-05-13
Hailstorm
1986-05-06
Flooding
Heavy Rain
1985-06-05Hailstorm
1980-04-02
Tornado
1979-04-10
Hailstorm
1978-05-11
Hailstorm
1976-05-12
Tornado
1964-04-03
Tornado
1958-04-02
Tornado
1951-04-20