M 3.2 Earthquake Near Mentone, Texas

Source: USGS · West Texas

Areazine synthesizes this USGS earthquake report directly from USGS's official public data feed. See our methodology for full source attribution and refresh cadence.

A magnitude 3.2 earthquake occurred 48 km west of Mentone, Texas, at a depth of 7.7 km on June 28, 2026, at 04:29:51 UTC. This minor event is not expected to cause damage.

What this USGS earthquake report tells you, and what most readers miss

This notice was issued by USGS on April 19, 2026 and geographically references West Texas. Its severity classification of "low" signals how the issuing agency weighs the risk of harm if no action is taken - "critical" and "high" tier alerts typically carry direct consumer actions, while "medium" and "low" tend toward informational guidance or monitoring advisories. The category it belongs to - Earthquakes - determines the monitoring protocol behind it, which shapes what follow-up action (checking for structural damage, watching for aftershocks, reviewing local building codes) is relevant and which agency holds authority over the assessment.

Most readers skim a notice like this, check whether they are personally affected, and move on. The more useful lens is to read it as a data point about the issuing system: how quickly USGS detected the hazard, how precise the geographic or product-identifier scope is, and whether similar notices have clustered in the same category or region in the last 90 days. Cluster patterns frequently precede a broader regulatory action, a single localized USGS earthquake report is isolated; three of them within a quarter often indicate a supply-chain, infrastructure, or seasonal driver that will keep producing notices until something structural changes.

For decision-making, Areazine pairs each alert with the original agency URL, the full agency name, and a timestamp so you can verify the notice against the primary source before acting on it. Tags on this item (earthquake, seismic, usgs, Texas) map to related alerts in the same area of risk - browsing them together gives a clearer picture than any single notice alone, because the shape of an ongoing issue only becomes visible across multiple sequential alerts.

What Happened

A magnitude 3.2 ml earthquake occurred 48 km W of Mentone, Texas, at a depth of 7.7 km. The event took place on June 28, 2026, at 04:29:51 UTC.

Location Details

The earthquake was centered at coordinates 31.736 latitude and -104.113 longitude, approximately 48 km west of Mentone, Texas. With a depth of 7.7 km, this is considered a shallow earthquake, which typically occurs in the upper crust and may be felt more strongly near the epicenter.

Impact Assessment

No felt reports were available for this event. There was no tsunami advisory issued, and no alert level was specified.

What You Should Know

This is a minor earthquake, as magnitudes between 2.5 and 3.9 are often felt but rarely cause damage. Earthquakes of this size may be followed by aftershocks, and general safety tips include staying indoors during shaking and preparing an emergency kit.

Source

Information is from the USGS. For more details, visit: https://earthquake.usgs.gov/earthquakes/eventpage/tx2026hokoxt

Original source: USGS Official Notice ↗

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Frequently Asked Questions

Common questions about this USGS earthquake report.

What is this USGS earthquake report about?
A magnitude 3.2 earthquake occurred 48 km west of Mentone, Texas, at a depth of 7.7 km on June 28, 2026, at 04:29:51 UTC. This minor event is not expected to cause damage.
Which agency issued this alert?
This alert was issued by USGS. The original notice is available at the source link at the bottom of this article.
How severe is this alert?
This alert is classified as "low" severity. No immediate action required, but stay aware.
What area is affected?
This alert affects West Texas. Check with USGS for the most current geographic scope.
Where can I find more Earthquakes updates?
Browse the full Earthquakes feed on Areazine at areazine.com/earthquakes/ for the latest updates from USGS and other agencies.