Arnold, Kansas, located in Ness County, faces a relatively low risk of natural disasters based on hazard risk data. The climate in this region is characterized by moderate temperatures and precipitation levels, with a low likelihood of extreme weather events such as hurricanes or tornadoes. However, the area is prone to occasional thunderstorms and flash floods, which can pose a risk to the community.
Geologically, Arnold is situated within the Smoky Hill hydrologic unit, which includes various water bodies and rivers that have the potential to overflow during heavy rainfall, leading to flooding. While the area is not near any fault lines or coastlines, the presence of nearby mountain peaks and elevated terrain may contribute to localized risks such as landslides or mudslides during periods of intense precipitation. Historical events in the region have demonstrated the impact of these geological features on hazard risk, highlighting the importance of preparedness and mitigation efforts for the community.
Overall, Arnold, Kansas, benefits from a low-risk profile in terms of natural disasters and climate hazards. However, the presence of certain geological features such as water bodies and elevated terrain underscores the need for continued monitoring and preparedness measures to mitigate potential risks. By staying informed and proactive, residents can help ensure the safety and resilience of the community in the face of future hazards.
Power Transmission Lines
Coastlines
Water Bodies
Fault Lines
Hazard Shelters
Fire Stations
Hospitals
Police Stations
Ness, Kansas has a very low overall risk rating of 21.60 out of 100, with specific hazard risks such as wildfires (WFIR) and hail storms (HAIL) posing relatively moderate risks. The area is prone to lightning strikes (LTNG) with a high frequency of 40.74%, but the risk rating is relatively low at 3.57. The risk of tornadoes (TRND) is also present, with a relatively low risk rating of 37.48.
Climate factors in Ness, Kansas include a high frequency of severe weather events such as hail storms and tornadoes, which contribute to the overall hazard risk in the area. The presence of fault lines and mountain peaks in the region can potentially exacerbate the impact of these natural disasters. Additionally, the area's proximity to water bodies may increase the risk of flooding during heavy rainfall events, further adding to the overall hazard risk in the region.
Historical events in ...
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2020-08-14
Snowmelt, Heavy Rain, Ice Jams
2019-03-132017-05-31
2017-04-15
2016-07-11
2015-09-10
2015-09-10
2013-05-27
2010-05-10
2003-08-28
2003-05-24
2003-05-04
2002-06-17
2000-06-23
Brief Torrential Rain
1999-06-281994-09-07
Rain And Snowmelt
1994-04-091993-04-30
1992-05-13
1960-05-04