What are the earthquake hazards/risks where I live?
Determining your risk with regard to earthquakes, or more precisely shaking from earthquakes, isn't as simple as finding the nearest fault. The chances of experiencing shaking from an earthquake and/or having property damage is dependent on many different factors. The National Hazard Maps use all available data to estimate the chances of shaking (of different strengths and frequencies) across the U.S., but a probability is the best anyone can do.
Currently, the best way for you to gather information about your earthquake risk is to select your state from the list on Earthquake Information by State (scroll down page a bit) and investigate the information provided under each link for your area. The USGS is not able to advise you regarding any individual issues, but we do make available all the information we have in order for you or your professional representative to make an informed decision.
Related Content
How do I get earthquake hazard maps for locations outside of the U.S.?
How are engineers working to make roads and buildings safer?
What is the USGS doing to mitigate and respond to earthquake hazards?
What is the probability that an earthquake is a foreshock to a larger earthquake?
What is the difference between earthquake early warning, earthquake forecasts, earthquake probabilities, and earthquake prediction?
How do I decide whether or not to get earthquake insurance?
How do earthquakes affect buildings?
What is the likelihood of a large earthquake at location X? Is it safe to go to X since they've been having a lot of earthquakes lately?
How will my house hold up in an earthquake? Can the USGS send someone out to evaluate my property?
What is seismic hazard? What is a seismic hazard map? How are they made? How are they used? Why are there different maps, and which one should I use?
What is a seismic zone, or seismic hazard zone?
Are there geologic maps or publications for where I live?
USGS provides update for the National Seismic Hazard Model
USGS experts recently released a study that incorporates the latest earthquake science findings into an update of the National Seismic Hazard Model for the “lower-48” United States. Read the full report here: https://journals.sagepub.com/doi/full/10.1177/8755293019878199
East vs West Coast Earthquakes
Why was an earthquake in Virginia felt at more than twice the distance than a similar-sized earthquake in California? The answer is one that many people may not realize. Earthquakes east of the Rocky Mountains can cause noticeable ground shaking at much farther distances than comparably-sized earthquakes in the West.
Assessing Critical Infrastructure Damage After Earthquakes
Early on the morning of August 24, 2014, Loren Turner was awoken by clattering window blinds, a moving bed, and the sound of water splashing out of his backyard pool. He experienced what is now named the “South Napa Earthquake.”
Usability Testing for the National Seismic Hazard Maps
Usability Testing for the National Seismic Hazard Maps
New Audiences, New Products for the National Seismic Hazard Maps
New Audiences, New Products for the National Seismic Hazard Maps
California Can Learn From Recent Large Earthquakes
A new report issued by the American Red Cross and the U.S. Geological Survey documents the Chilean response and recovery efforts following the Feb. 2010 magnitude 8.8 earthquake and the lessons that California should learn from this disaster.
Earthquake Hazard Maps Show How the Nation Shakes with Quakes
Friday's magnitude-5.2 earthquake in southern Illinois is a reminder that earthquakes are a national hazard.
PubTalk 1/2018 — ShakeAlert: Path to West Coast EQ Early Warning
Title: ShakeAlert: The Path to West Coast Earthquake Early Warning ... how a few seconds can save lives and property
- The ShakeAlert earthquake early warning system will begin limited operations this year.
- Alerts could save lives and properties but several challenges remain.
- With millions at risk, why isn't full public alerting happening yet?
USGS Forecast for Ground Shaking Intensity from Earthquakes in 2017
USGS map displaying intensity of potential ground shaking from natural and human-induced earthquakes. There is a small chance (one percent) that ground shaking intensity will occur at this level or higher. There is a greater chance (99 percent) that ground shaking will be lower than what is displayed in these maps.
Damage in Cushing, Oklahoma from the Magnitude 5.0 Earthquake in 2016
Damage to buildings in Cushing, Oklahoma from the magnitude 5.0 earthquake on November 6, 2016. Unreinforced brick and stone masonry buildings and facades are vulnerable to strong shaking. Photograph credit: Dolan Paris, USGS
Damage from South Napa Earthquake
Damaged unreinforced masonry building on Main Street in downtown Napa, California. Photograph credit: Erol Kalkan, USGS
2014 South Napa Earthquake in California
Pavement buckling and tented sidewalk resulting from the South Napa Earthquake. Photograph credit: Thomas Holzer, USGS
USGS Forecast for Damage from Natural and Induced Earthquakes in 2016
USGS map displaying potential to experience damage from a natural or human-induced earthquake in 2016. Chances range from less than one percent to 12 percent.
1964 Alaskan Earthquake Damage
Damage from the 1964 Alaskan Earthquake. Credit: USGS
East vs West Coast Earthquakes
Map of USGS “Did You Feel It?” data shows that earthquakes east of the Rocky Mountains are felt over larger areas than earthquakes in the West.
Eastern Earthquakes
This map shows earthquakes above magnitude 4.0 in the eastern United States since 1973, the first year with a complete catalog. There are 184 earthquakes recorded. An earthquake of magnitude 4.0 or greater can cause minor or more significant damage. The circle sizes correspond to earthquake magnitude, ranging from 4.0 to 5.9 (the largest was in the Gulf of Mexico).