What does the dollar figure mean?

It's the expected annual loss to buildings from natural hazards for every $10,000 of building value, from FEMA's National Risk Index. A metro near $10 sees roughly $10 of expected yearly loss per $10,000 of property on average; a coastal hurricane metro can run several times higher. Lower is safer.

Why not just use FEMA's official risk rating?

FEMA's composite Risk Index is built for emergency planning and deliberately reflects total exposure, so populous metros score high simply because there's more there to be damaged. For comparing places to live, we normalize that out by dividing expected loss by property value, which measures hazard intensity rather than metro size.

Does this include flooding and wildfire?

Yes. The National Risk Index combines 18 natural hazards, including riverine and coastal flooding, hurricanes, wildfire, earthquakes, tornadoes, and severe storms. The single rate shown is the blended expected loss across all of them, so a metro can land mid-pack by being moderate on several hazards or low on most and high on one.

Safest from natural disasters

Lowest expected natural-hazard loss, exposure-adjusted — FEMA's National Risk Index normalized by property value.

Top 50 of 300 metros, ranked by our published formula.

Natural-disaster risk is one of the few city-choice factors that's genuinely hard to undo once you've bought a home, and it increasingly drives both insurance costs and whether insurers will write a policy at all. This ranking is built on FEMA's National Risk Index, but with a deliberate twist. Instead of FEMA's headline composite score — which scales with how much population and property a place has, so every large metro looks 'high risk' — we use an exposure-adjusted loss rate: the expected annual loss to buildings divided by the total value of those buildings, summed across the metro's counties, expressed as dollars per $10,000 of property value. That isolates how hazardous a place actually is from how much happens to be there.

Read the top of the list as metros where the natural environment is gentlest on property — typically interior and northern areas with little hurricane, wildfire, earthquake, or coastal-flood exposure. The honest caveats: this is a metro-wide average, and hazard risk is intensely local, so a specific address can sit in or out of a floodplain or a wildfire-urban interface that the metro figure smooths over. It also reflects expected property loss rather than personal safety, and it won't tell you your insurance quote, though the two are closely linked. Use it to compare metros, then check local hazard maps for the exact neighborhood.

Common questions

What does the dollar figure mean?: It's the expected annual loss to buildings from natural hazards for every $10,000 of building value, from FEMA's National Risk Index. A metro near $10 sees roughly $10 of expected yearly loss per $10,000 of property on average; a coastal hurricane metro can run several times higher. Lower is safer.
Why not just use FEMA's official risk rating?: FEMA's composite Risk Index is built for emergency planning and deliberately reflects total exposure, so populous metros score high simply because there's more there to be damaged. For comparing places to live, we normalize that out by dividing expected loss by property value, which measures hazard intensity rather than metro size.
Does this include flooding and wildfire?: Yes. The National Risk Index combines 18 natural hazards, including riverine and coastal flooding, hurricanes, wildfire, earthquakes, tornadoes, and severe storms. The single rate shown is the blended expected loss across all of them, so a metro can land mid-pack by being moderate on several hazards or low on most and high on one.