Auburn, Washington faces very high risk levels for earthquakes, volcanoes, and landslides based on its geographic location in King County. The presence of the Cascadia Subduction Zone along the coastline increases the likelihood of major seismic events, while the nearby Mount Rainier poses a volcanic threat. The hilly terrain also makes the area susceptible to landslides, especially during periods of heavy precipitation.
In terms of climate, Auburn experiences relatively moderate risks for flooding and drought, as well as higher levels of rainfall compared to other areas in the region. The city's proximity to the Green River and Lake Tapps increases the potential for flooding during intense rainstorms. Additionally, the area's humidity levels and temperature fluctuations can contribute to the formation of thunderstorms, which may bring about lightning strikes and wildfires.
Overall, Auburn's natural disaster and climate risk assessment indicates a complex interplay of geological features and weather patterns that pose significant challenges for the population of over 2 million residents. It is crucial for local authorities to implement thorough disaster preparedness plans and mitigation strategies to minimize the impact of potential hazards and protect the community's well-being.
Power Transmission Lines
Coastlines
Water Bodies
Fault Lines
Hazard Shelters
Fire Stations
Hospitals
Police Stations
King County, Washington faces very high natural disaster and climate risk, with a risk score of 99.65 out of 100. This is driven by various factors such as the high population density of over 2.2 million people, significant building and agricultural values, and a large area of over 2330 square kilometers. Specific hazards include landslides (102 events), lightning strikes (26 events), and flooding (7 events), all contributing to the overall risk index.
The area's proximity to the Pacific Ocean exposes it to potential tsunamis, while fault lines and potential volcanic activity pose additional risks. With a relatively low social vulnerability index of 37.43 and a relatively high resilience score of 78.36, the region has shown some ability to mitigate and recover from disasters. Historical events such as earthquakes and wildfires have also impacted the area, highlighting the need for continued risk assessment and preparedness measures.
Geological features like ...
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Heavy Rain
2008-11-06Heavy Rain
2007-12-03Heavy Rain
2006-11-05Heavy Rain
1997-03-15Rain And Snowmelt
1996-12-26Heavy Rain
1996-02-07Rain And Snowmelt
1995-11-28Heavy Rain
1990-11-10Rain And Snowmelt
1986-11-23