Hazard Score
32 Catastrophes Recorded
Castleton, Indiana
9 Land Tracts in Hamilton County , Upper White Watershed
Castleton, Indiana, located in Marion County, faces a relatively moderate risk of natural disasters and climate-related hazards. The area experiences high levels of precipitation and humidity, contributing to the potential for flooding and water-related disasters. The region is also prone to thunderstorms and lightning strikes, posing a significant risk to residents and infrastructure.
Geologically, Castleton is situated within the Wabash hydrologic subregion, which is part of the Ohio River hydrologic region. This proximity to water bodies like the Patoka-White hydrologic accounting unit and the Upper White hydrologic unit increases the risk of flooding during extreme weather events. Additionally, the area's elevation and lack of significant mountain peaks make it susceptible to the impacts of severe weather systems.
While Castleton does not have direct access to coastlines or fault lines, the combination of its climate factors, geological features, and hydrologic units increases the overall hazard risk for the area. Past events such as severe thunderstorms, flooding incidents, and high precipitation levels highlight the need for residents to be prepared for natural disasters and climate-related emergencies. Vigilance and proactive planning are essential to mitigating the potential impacts of these hazards in Castleton.
Wildfire Risk: Very Low
Tornado Risk: Low
Hurricane Risk: Low
Hail Risk: Low
Flood Risk: High
Tsunami Risk: Very Low
Earthquake Risk: Very Low
Wind Risk: Low
HAZARDS
3
Power Transmission Lines
0
Coastlines
0
Water Bodies
0
Fault Lines
EMERGENCY SERVICES
0
Hazard Shelters
2
Fire Stations
3
Hospitals
0
Police Stations
COMMUNITY PROFILE
Hamilton County, Indiana faces a relatively moderate risk of natural disasters, with a risk score of 86.16. The area is susceptible to various hazards such as hail, thunderstorms, and strong winds. The county has experienced 162 hail events, 1668 lightning events, and 169 strong wind events historically. These events contribute to the overall risk level, with hail being the most impactful in terms of risk value.
The county's topography includes fault lines and water bodies, which can exacerbate certain hazards. With a relatively low risk rating for floods, the 49 flood events recorded indicate potential risks to the area. The presence of fault lines and the proximity to water bodies can increase the likelihood of flood events. Additionally, the county's flat terrain and high population density further contribute to the overall risk level.
While the area does not have a coastline or mountain peaks, the combination of climate ...
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CLIMATE OVERVIEW
NATURAL CATASTROPHE TIMELINE
Flooding
Heavy Rain
2020-03-22Flooding
Heavy Rain
2017-04-28Hailstorm
2017-03-30
Hailstorm
2017-03-20
Flooding
Heavy Rain
2015-06-27Flooding
Heavy Rain
2013-04-22Hailstorm
2012-07-27
Hailstorm
2012-07-27
Hailstorm
2012-04-01
Flooding
Heavy Rain And Snow
2011-03-07Flooding
Heavy Rain Snowmelt Dam B
2010-03-10Hailstorm
2009-06-02
Hailstorm
2009-05-30
Flooding
Tropical Storm Ike
2008-09-12Flooding
Heavy Rain
2008-06-05Flooding
Rain And Snowmelt
2008-03-17Flooding
Rain And Snowmelt
2008-02-06Flooding
Rain And Snowmelt
2008-01-08Flooding
Heavy Rain
2007-08-16Hailstorm
2006-04-14
Hailstorm
2006-04-07
Hailstorm
2005-06-29
Flooding
Heavy Rain
2005-01-05Flooding
Heavy Rain
2004-01-04Flooding
Heavy Rain
2003-09-01Flooding
Heavy Rain
2003-07-05Flooding
Heavy Rain
2002-05-07Flooding
Heavy Rain
1996-05-13Hailstorm
1994-06-26
Flooding
Heavy Rain
1990-12-31Flooding
Heavy Rain
1990-08-18Hailstorm
1980-08-10