Hazard Score
53 Catastrophes Recorded
Wallace, Idaho
3 Land Tracts in Shoshone County , South Fork Coeur d'Alene Watershed
Wallace, Idaho, located in Shoshone County, has a relatively low natural disaster and climate risk profile. The climate in Wallace is characterized by moderate temperatures, low humidity, and relatively low precipitation levels. While the area experiences some level of risk due to its proximity to the South Fork Coeur d'Alene hydrologic unit and the Spokane hydrologic accounting unit, the overall hazard risk is considered very low.
Geological features in the region, such as mountain peaks and water bodies, contribute to the low hazard risk in Wallace. The area's mountainous terrain provides natural protection against certain types of disasters, while water bodies like the Spokane River help regulate the local climate. Additionally, Wallace is not located near any major fault lines or coastlines, further reducing the risk of earthquakes or tsunamis. Historical data also supports the low hazard risk, with minimal reports of significant natural disasters in the area.
Overall, Wallace, Idaho, benefits from its geographical location and climate, which contribute to a very low natural disaster risk. While the area may still face some environmental challenges, such as wildfires or flooding, the overall risk remains relatively low compared to other regions. By leveraging its natural features and implementing proper disaster preparedness measures, Wallace can continue to maintain its resilience to potential hazards.
Wildfire Risk: Low
Tornado Risk: Very Low
Hurricane Risk: Very Low
Hail Risk: Very Low
Flood Risk: Low
Tsunami Risk: Very Low
Earthquake Risk: Very Low
Wind Risk: Very Low
HAZARDS
12
Power Transmission Lines
0
Coastlines
3
Water Bodies
0
Fault Lines
EMERGENCY SERVICES
1
Hazard Shelters
1
Fire Stations
0
Hospitals
0
Police Stations
COMMUNITY PROFILE
Shoshone, Idaho has a very low overall natural disaster and climate risk rating, with specific hazards such as wildfires, windstorms, and lightning contributing to the risk assessment. The area experiences frequent lightning events with an average frequency of 4.16 events per year, contributing to the relatively low risk level according to the hazard risk indexes. Additionally, wildfires in the region have been historically significant, with a relatively low risk level compared to other natural disasters.
Geological features in the area, such as fault lines and mountain peaks, also play a role in the hazard risk assessment for Shoshone, Idaho. The presence of fault lines and mountainous terrain can increase the risk of landslides and seismic activity. Water bodies in the region, such as the nearby Snake River, can also contribute to flooding risks during heavy rainfall or snowmelt events. These factors are taken into account in the comprehensive risk ...
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CLIMATE OVERVIEW
NATURAL CATASTROPHE TIMELINE
Clover
2023-07-01
Bloom
2022-08-12
Kings
2022-07-27
Flora
2022-07-25
Vendetta
2022-07-18
Lightning Tree
2022-07-03
Alder Creek
2021-09-12
Haystack
2021-08-08
Pony Peak
2021-07-21
Murray Tree
2021-07-21
Character Complex
2021-07-10
Galena
2021-07-07
Prichard
2021-07-07
Bobtail
2021-07-07
Bald Eagle
2021-07-07
Burke
2021-06-17
Will
2020-09-14
Dudley
2020-09-06
Mount Pulaski
2020-08-26
Mp 63
2020-08-21
Blackcloud
2020-08-02
Eagle
2019-08-19
California Gulch
2019-08-18
D1 Rx White Beaver
2019-05-07
Cod Rx 9 Mile
2019-05-05
D1 Rx Misc Pile Burn
2018-10-29
D1 Rx Placer
2018-09-24
Bobtail
2018-08-04
Lost Creek Ridge
2017-09-02
Taylor Peak
2017-08-30
Tiger Gorge
2017-07-28
Black Bear
2017-07-25
Beaver Creek
2017-07-18
Flooding
Heavy Rain And Snowmelt
2017-03-18Lower Glidden
2016-08-26
Jack Waite
2015-08-22
White Rock Creek
2015-08-22
Taylor Saddle
2015-08-16
Jack's Gulch
2015-08-15
Cherry Creek
2015-08-14
South Bobtail
2015-08-13
Granite Pony
2015-08-12
Little Pony
2015-08-12
Bobtail
2015-08-11
Construction
2015-08-05
Lost
2015-07-12
Lost Peak
2015-07-11
Casper Two
2014-09-21
9 Mile Creek
2014-08-05
Rabbit Gulch
2014-08-04
Delta
2014-08-04
Flooding
Heavy Rain
1996-02-07Hailstorm
1993-05-27