Noatak, Alaska, with a population of 7,726, faces very low overall hazard risk, with specific risks such as hurricanes, volcanoes, and tsunamis not applicable. The area has relatively low risk for wildfires and moderate risk for winter weather, but insufficient data on landslides and lightning. The climate in Noatak is characterized by high humidity, which can contribute to extreme weather events such as heavy rainfall and flooding.
The Northwest Arctic County where Noatak is located has a diverse landscape that includes coastlines, fault lines, and mountain peaks. The city is situated near the Noatak River and is surrounded by water bodies and wetlands, increasing the potential for flooding during heavy rainfall or snowmelt. The region is also known for its seismic activity due to the presence of fault lines, which could pose a risk of earthquakes in the area.
Historically, Noatak has experienced severe weather events such as storms and flooding, which have impacted the community and infrastructure. The city's geographical location and proximity to the Arctic Circle make it susceptible to extreme climate conditions, including long, harsh winters and short, cool summers. With a relatively low overall hazard risk, Noatak residents should remain vigilant and prepared for potential natural disasters despite the current low risk assessment.
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Northwest Arctic, Alaska has a very low overall natural disaster and climate risk rating of 2.07, with a risk value of 544,024.21. The borough is sparsely populated with 7,726 residents and has a total building value of $1,227,323,829. Specific hazards include coastal flooding with a relatively low risk rating, wildfire events with a risk value of 117,581.48, and winter weather events with a moderate risk rating and a risk value of 99,472.98.
The region's vulnerability to natural disasters is influenced by its geographical features, such as its coastline and mountain peaks. The area has a low risk of hail and hurricanes, but is susceptible to flooding and winter weather events due to its proximity to water bodies and fault lines. The relatively low historical occurrence of earthquake events and tsunamis further contribute to the area's overall low risk rating.
Despite the potential risks associated with climate factors in ...
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