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ALASKA QUAKEDID THE GROUND SHAKE NEAR YOU?

Southeast Alaska · 59.24°N

Earthquakes near Haines

Reading the latest USGS reports for the ground near Haines…

Live sections load from the USGS feed. If the feed does not answer, this page says so — it never fills the gap with old numbers.

Recorded USGS earthquakes from the last 7 days, magnitude 2.5 and larger, within 250 km of Haines. The dashed pale circle is a true 250 km radius around Haines; amber rings are the recorded epicenters, sized by magnitude; small cream squares are the other towns, and the ringed cream marker is Haines. If the USGS feed does not answer, the coastline, ring, and marker still show — and no events are plotted.

Most felt near Haines — last 7 days, within 250 km

Recent near Haines — last 7 days, M1.0 and larger within 250 km, newest first

Every event links to its USGS event page, the authority for that earthquake. Distances are measured from Haines, not copied from the feed's place names.

The biggest on record near Haines — USGS catalog, as recorded

The five largest earthquakes recorded within 200 km of Haines since 1900, from USGS catalog pulls made November 8, 2026. Pre-instrumental magnitudes are estimates, and catalog completeness varies by era — the fine print is on the about page.

How often does the ground move here?

42 earthquakes of M4.0 or larger were recorded within 200 km in the last 10 years — a busy rate by Alaska standards. Since 1900 the catalog holds 145 M4-or-larger events within the same radius.

Haines sits near the northern end of the Fairweather fault system; its recorded top five is headed by the 1958 Lituya Bay M7.8 and a 1972 M7.2 near Pelican — the big strike-slip events of Glacier Bay country, all within about 200 km.

Southeast Alaska — why it shakes

Southeast Alaska is strike-slip country. The Queen Charlotte–Fairweather fault system runs just offshore along the panhandle, the Pacific and North America plates sliding sideways past each other — the same style of faulting as California's San Andreas. The 1949 M8.1 Queen Charlotte earthquake and the 1958 M7.8 Lituya Bay earthquake, which triggered the tallest recorded wave run-up in the world, both came from this system.

New to the numbers? What magnitude means explains the scale in plain words — including why a whole step is about 32 times the energy, and why what people feel is not the same as damage.