Harrisburg, Pennsylvania faces relatively moderate to high hazard risks, with specific climate factors such as high precipitation levels and humidity contributing to the potential for flooding and water-related disasters. Located along the Susquehanna River, the city is susceptible to river flooding during heavy rainfall events, which have historically caused significant damage to the area. Additionally, Harrisburg's proximity to fault lines in the region increases the risk of earthquakes, although the likelihood of occurrence is relatively low.
The city's geological features, including nearby mountain peaks such as Blue Mountain and the Appalachian Mountains, can exacerbate hazard risks by influencing weather patterns and potentially leading to landslides or rockslides during extreme weather events. Harrisburg's location in Dauphin County also places it at risk for severe thunderstorms and lightning strikes, which have the potential to cause power outages and property damage. With a relatively high population density and limited evacuation routes, the city's vulnerability to natural disasters is further heightened.
In conclusion, Harrisburg's hazard risk assessment is influenced by a combination of climate factors, geological features, and historical events that have demonstrated the city's susceptibility to various natural disasters. While specific ratings indicate the overall risk level, the presence of fault lines, mountain peaks, and water bodies in the region underscores the need for preparedness and resilience measures to mitigate the potential impact of future hazards on the city and its residents.
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Cumberland, Pennsylvania, with a population of 259,125 and a total building value of $54,712,325,070, faces a relatively low overall risk score of 74.04. Specific hazard risks include relatively moderate risks from coastal waves (CWAV) and thunderstorms (TRND), very low risks from landslides (LNDS) and hail (HAIL), and relatively high risks from strong winds (SWND) and lightning (LTNG). These risks are influenced by the area's frequency of events, exposure values, and historical data.
The region's unique geological features contribute to its hazard risks. Cumberland has a mix of low-lying areas and hilly terrains, making it prone to flooding from heavy rainfall and snowmelt. The presence of fault lines and mountain peaks can exacerbate earthquake risks, although historical events in the area have been relatively low. Furthermore, proximity to water bodies like rivers and streams increases the likelihood of flooding during severe weather events, while the lack of coastline reduces the ...
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Heavy Rain And Snow
2011-03-07Heavy Rain
2010-03-27Heavy Rain Snowmelt Dam B
2010-03-10Heavy Rain
2006-06-25Heavy Rain
2005-04-01Tropical Cyclone
1999-09-14Tropical Cyclone
1996-09-05Heavy Rain
1996-06-10Snowmelt
1996-01-15