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By Joe Edwards
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The American Meteor Society (AMS) reports an apparent surge in large fireball events in the first quarter of 2026, saying an analysis of its records back to 2011 reveals a pattern that "warrants serious investigation."
"The enhanced activity is coming from a specific part of the sky—the direction opposite the Sun—at roughly double the normal density," Mike Hankey, who wrote the analysis, told Newsweek.
Why It Matters
The AMS report, published Wednesday, follows a string of meteor sightings across the U.S. in March—including over Texas, California, and Ohio—which grabbed headlines and attention online.
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What To Know
The AMS said March 2026 stood out for a sustained wave of events: after a major European fireball on March 8, a sustained burst from March 11–24 saw the organization log an "unprecedented" cluster of large fireballs, several with confirmed meteorite falls:
- March 8: Western Europe (3,229 reports)
- March 11: France and Spain (236 reports)
- March 17: Ohio (222 reports)
- March 21: Houston, Texas (181 reports)
- March 23: Two Over California (Event 1: 306 reports; Event 2: 122 reports)
- March 24: Michigan and Georgia (Michigan: 111 reports; Georgia: 20 reports)
The AMS said the clearest change in early 2026 was not the total number of fireballs, but the rise in the largest and most widely witnessed events.
The pattern sharpened in March, it said, when typical, smaller events looked normal while many mid‑tier sightings jumped into the high‑witness category, showing the whole distribution shifted upward.
Reports of sonic booms—a marker of deeper, larger entries—were unusually common among these big events, with nearly four in five higher‑witness fireballs producing sonic booms, per the report.
It said the surge does not appear to come from a new meteor shower, seasonal quirks, time‑of‑day or location bias, or simple growth in smartphone use or reporting, which it said would have boosted counts across the board rather than mainly at the top end.
The AMS made clear that these fireballs were not of alien origin. "These are rocks from the inner solar system. There is no evidence of anomalous trajectory behavior, controlled flight, or non-natural composition," it said. Where meteorites were recovered, lab evidence shows they’re natural, it added. The AMS also said this is not evidence of a broader impact threat.
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What People Are Saying
The AMS report said: "The most honest answer to 'why is this happening?' is that we don’t fully know. The data points to a genuine enhancement in the sporadic fireball background at the large-object end of the size distribution.
"Whether this represents normal statistical variance at the tail of the distribution, an uncharacterized debris population, or something else entirely will require continued monitoring and further analysis."
What Happens Next
To answer why this is happening, the group calls for more camera coverage, lab work on recovered meteorites, and stronger cross‑checks with radar, infrasound and satellite data.
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